DIN 1686 1

德国标准2003年6月的复制，德国工业标准协会位于德国柏林市10772 号。

德国工业标准协会独家拥有销售德国标准的权利。

标准编号：德国工业标准/欧洲标准DIN EN 1860-1 : 2003-06英文版本价格组10，销售代号：111010.03欧洲标准EN 1860-12003年3月ICS 75.160.10英文版本烧烤炉用具、固体燃料与点火器标准第一部分：固体燃料烧烤炉- 标准要求与试验方法本《欧洲标准》于2002年11月28日由“欧洲标准化组织”批准。

“欧洲标准化委员会”的成员国必须执行欧洲标准化委员会/欧洲电工技术标准化委员会（CEN/CENELEC）公布的《内部章程》，该《内部章程》规定了本欧洲标准在欧洲标准化委员会之内的每个成员国内部必须享有与本国标准同等的法律，以及各成员国不得对欧洲标准进行任何修改的条款。

关于这些国家标准的最新参考书目和相关资料，可以向欧洲标准化委员会中心秘书处或该委员会的任何成员国索取。

本《欧洲标准》共有三个官方版本（英文版、法文版、和德文版）。

欧洲标准化委员会的任何成员国均可自行负责将本《欧洲标准》的上述任何版本翻译为本国语言的版本，通知中心秘书处报备之后，该版本与上述官方版本具有同等的效力。

欧洲标准化委员会的成员国包括下列国家：奥地利、比利时、塞浦路斯、捷克共和国、丹麦、芬兰、法国、德国、希腊、匈牙利、冰岛、爱尔兰、意大利、卢森堡、马尔他、荷兰、波兰、葡萄牙、斯洛法克、斯洛文尼亚、西班牙、瑞典、瑞士、以及英国。

欧洲标准化委员会（CEN）欧洲标准化委员会中心秘书处：布鲁塞尔B-1050 斯塔萨特大街36号。

------------------------------------------------------------------------------------------------© 2003 CEN 本标准在世界各地的全部使用权归欧洲标准化委员会各会员国所有，包括通过任何形式和任何方式的应用。

符号螺纹种类规范牙型角M公制粗牙ISO 26160°S细小螺丝ISO R150160°UNC统一牙粗牙ISO 26360°UNF统一牙细牙ISO 26360°UNEF统一牙特细牙ISO 26360°UN统一牙固定牙ISO 26360°UNS统一牙特殊牙-----60°NC美制牙粗牙ANSI B1.160°NF美制牙细牙ANSI B1.160°NEF美制牙特细牙ANSI B1.160°N美制牙固定牙ANSI B1.160°NS美制牙特殊牙ANSI B1.160°BSW英制牙粗牙BS 8455°BSF英制牙细牙BS 8455°BC自行车牙JIS B022560°SM针车用JIS B022660°CTV自行行车用风嘴JIS D942260°TV汽车用风嘴JID D420760°BSC英制自行车BS 81160°BA英制小螺丝BS 9330°47°Tr公制爱克母牙ISO 290230°TW爱克姆牙JIS B022229°ACME爱克姆牙ANSI B1.529°STUB-ACME浅牙爱克姆ANSI B1.829°C平行管用螺纹ISO 228/155°BSPF英制平行管螺纹BS 277955°PF英制平行管螺纹IS B020255°R管用推拔管用ISO 7/155°1/16 Rc管用推拔内螺纹ISO 7/155°1/16 Rp管用平行内螺纹ISO 7/155°PT推拔管用JIS B020355°1/16 PS平行内螺纹JIS B020355°BSP英制管牙BS 21.277955°NPT美制一般推拔管用ANSI B2.160°1/16 NPTR美制栏杆接头用ANSI B2.160°1/16 NPS美制一般平行管用ANSI B2.160°NPSM美制平行管用装配器用ANSI B2.160°NPSL美制锁紧螺帽用ANSI B2.160°NPSH美制水管用ANSI B2.160°NPSC美制管接头用ANSI B2.160°NH美制消防水管用ANSI B2.160°NPSF美制干封管用平行内螺纹ANSI B2.160°NPTI美制干封管用平行ANSI B2.160°NPTF美制干封管用推拔ANSI B2.160°1/16 NGT美制瓦斯用推拔ANSI B57.160°1/16 NGS美制瓦斯用平行ANSI B57.160°NGO美制瓦斯用出口ANSI B57.160°SGT美制瓦斯用特殊ANSI B57.160°1/8E电灯泡用JIS C7709圆V瓦斯桶凡而用JIS B8245/655°3/26C薄铜电线管用JIS B020480°常用规格（公制）M1.2*0.25M2.5*0.45M6*0.75M10*0.75M1.4*0.3M2.6*0.45M6*1M10*1M1.6*0.35M3*0.5M7*0.75M10*1.25M1.7*0.25M3*0.6M7*1M10*1.5M1.7*0.35M3.5*0.6M8*0.75M11*1M1.8*0.35M4*0.5M8*1M11*1.5M2*0.4M4*0.7M8*1.2512*1M2.2*0.45M5*0.5M9*1M12*1.25M2.3*0.45M5*0.8M9*1.25M12*1.5常用规格（美制）0-80UNF5-40UNC10-32UNF5/16″-32UNEF 1-64UNC5-44UNV12-24UNC3/8″-16UNC1-72UNF6-32UNC12-28UNF3/8″-24UNF 2-56UNC6-40UNF12-32UNEF3/8″-32UNEF 2-64UNF5/32″-32UNC1/4″-20UNC7/16″-14UNC 3-48UNC8-32UNC1/4″-28UNF7/16″-20UNF 3-56UNF8-36UNF1/4″-32UNEF7/16″-28UNEF 4-40UNC3/16″-24UNC5/16″-18UNC1/2″-13UNC 4-48UNF10-24UNC5/16″-24UNF1/2″-20UNF 常用规格（英制）1/8″-401/2″-121″-82″-4.55/32″-329/16″-121-1/8″-72-1/8″-43/16″-245/8″-111-1/4″-72-1/4″-47/32″-2411/16″-111-3/8″-62-1/2″-41/4″-203/4″-161-1/2″-62-3/4″-45/16″-1813/16″-101-5/8″-53-1/4″-43/8″-167/8″-91-1/4″-53-1/2″-47/16″-1415/16″-91-7/8″-4.53-3/4″-44″-4符号螺纹种类规范牙型角M公制粗牙ISO 26160°S细小螺丝ISO R150160°UNC统一牙粗牙ISO 26360°UNF统一牙细牙ISO 26360°UNEF统一牙特细牙ISO 26360°UN统一牙固定牙ISO 26360°UNS统一牙特殊牙-----60°NC美制牙粗牙ANSI B1.160°NF美制牙细牙ANSI B1.160°NEF美制牙特细牙ANSI B1.160°N美制牙固定牙ANSI B1.160°NS美制牙特殊牙ANSI B1.160°BSW英制牙粗牙BS 8455°BSF英制牙细牙BS 8455°BC自行车牙JIS B022560°SM针车用JIS B022660°CTV自行行车用风嘴JIS D942260°TV汽车用风嘴JID D420760°BSC英制自行车BS 81160°BA英制小螺丝BS 9330°47°Tr公制爱克母牙ISO 290230°TW爱克姆牙JIS B022229°ACME爱克姆牙ANSI B1.529°STUB-ACME浅牙爱克姆ANSI B1.829°C平行管用螺纹ISO 228/155°BSPF英制平行管螺纹BS 277955°PF英制平行管螺纹IS B020255°R管用推拔管用ISO 7/155°1/16 Rc管用推拔内螺纹ISO 7/155°1/16 Rp管用平行内螺纹ISO 7/155°PT推拔管用JIS B020355°1/16 PS平行内螺纹JIS B020355°BSP英制管牙BS 21.277955°NPT美制一般推拔管用ANSI B2.160°1/16 NPTR美制栏杆接头用ANSI B2.160°1/16 NPS美制一般平行管用ANSI B2.160°NPSM美制平行管用装配器用ANSI B2.160°NPSL美制锁紧螺帽用ANSI B2.160°NPSH美制水管用ANSI B2.160°NPSC美制管接头用ANSI B2.160°NH美制消防水管用ANSI B2.160°NPSF美制干封管用平行内螺纹ANSI B2.160°NPTI美制干封管用平行ANSI B2.160°NPTF美制干封管用推拔ANSI B2.160°1/16 NGT美制瓦斯用推拔ANSI B57.160°1/16 NGS美制瓦斯用平行ANSI B57.160°NGO美制瓦斯用出口ANSI B57.160°SGT美制瓦斯用特殊ANSI B57.160°1/8E电灯泡用JIS C7709圆V瓦斯桶凡而用JIS B8245/655°3/26C薄铜电线管用JIS B020480°常用规格（公制）M1.2*0.25M2.5*0.45M6*0.75M10*0.75M1.4*0.3M2.6*0.45M6*1M10*1M1.6*0.35M3*0.5M7*0.75M10*1.25M1.7*0.25M3*0.6M7*1M10*1.5M1.7*0.35M3.5*0.6M8*0.75M11*1M1.8*0.35M4*0.5M8*1M11*1.5M2*0.4M4*0.7M8*1.2512*1M2.2*0.45M5*0.5M9*1M12*1.25M2.3*0.45M5*0.8M9*1.25M12*1.5常用规格（美制）0-80UNF5-40UNC10-32UNF5/16″-32UNEF 1-64UNC5-44UNV12-24UNC3/8″-16UNC1-72UNF6-32UNC12-28UNF3/8″-24UNF 2-56UNC6-40UNF12-32UNEF3/8″-32UNEF 2-64UNF5/32″-32UNC1/4″-20UNC7/16″-14UNC 3-48UNC8-32UNC1/4″-28UNF7/16″-20UNF 3-56UNF8-36UNF1/4″-32UNEF7/16″-28UNEF 4-40UNC3/16″-24UNC5/16″-18UNC1/2″-13UNC 4-48UNF10-24UNC5/16″-24UNF1/2″-20UNF 常用规格（英制）1/8″-401/2″-121″-82″-4.55/32″-329/16″-121-1/8″-72-1/8″-43/16″-245/8″-111-1/4″-72-1/4″-47/32″-2411/16″-111-3/8″-62-1/2″-41/4″-203/4″-161-1/2″-62-3/4″-45/16″-1813/16″-101-5/8″-53-1/4″-43/8″-167/8″-91-1/4″-53-1/2″-47/16″-1415/16″-91-7/8″-4.53-3/4″-44″-4螺纹种类依螺紋用途不同可分为：1.国际公制标准螺纹(International Metric Thread System)：我国国家标准CNS采用之螺纹。

主题词：铸件，片状石墨，铸铁，加工余量，一般公差。

本标准的规定不再适用于新设计。

新设计时用DIN ISO 8062。

尺寸为 mm1 引用范围本标准用于片状石墨灰铸铁件的一般公差以及所需的切削加工余量，该球墨铸铁件的供货技术条件在DIN 1693-1中规定。

角度的一般公差未规定，因为对此尚无经验。

若需对角度确定精度，那么必须对此确定公差。

2 同时有效的标准DIN 1680-1 铸件；一般公差和加工余量；概述DIN 1680-2 铸件；一般公差系统DIN 1690 （目前为草案）金属材料铸件一般供货技术条件3 概念“一般公差”和“精度等级”的概念在DIN 7182-1中作一般规定而采用在DIN 1680-1中对铸件的定义。

“加工余量”的定义在DIN 1680-1中规定。

4 精度等级4.1 与尺寸偏差的关系在灰铸铁件中尺寸偏差显然取决于：a)模型的尺寸精度，取决于材料种类和铸件设计的尺寸收缩率，造型和浇铸时的细心程度和取决批量的造型与浇铸方向，用精度等级所作的标记。

b)名义尺寸的大小。

4.2 精度等级的使用为确定尺寸偏差必须用表1和表2的精度等级。

对长度和厚度尺寸只应选择相同的精度等级。

例外情况见DIN 1680-1。

4.3 名义尺寸范围的限制名义尺寸范围必须在某个精度等级时限制范围，该范围用尺寸值进一步保险。

在一定精度等级下超出规定尺寸范围的尺寸下级较粗精度有效。

5 加工余量BZ加工余量BZ取决于铸件外部最大的尺寸。

加工余量对所有精度等级都是相同的，见表3，例外情况见DIN 1680-1。

小于500 mm的外部尺寸允许减小加工余量按表3 值之半，当如在大批生产、优化模型浇铸系统、浇铸方法和有关加工表面及基准表面的切削生产时应在产需双方涉及协议。

见表4。

对铸件重量大于1000kg和/或壁厚大于50mm时加工余量也需在产需双方签订协议。

6 图纸标注铸件的侧面、底面和上面的精度等级和加工余量按本标准选择时，标记如下：公差和余量 DIN 1686-GTB17-BZ3,5/4,5其它标注见DIN 1680-1。

DK621.753.1:621.7:621.9:744.43 德国标准 1991年4月3 长度、角度通用公差 3.1长度表2：圆半径R （示例，参阅图1）及坡口高度h 表3：角度的上、下限公差图1 图23.2角度角度的通用公差不取决于长度的实际尺寸。

也就是说，无论是带有最大材料尺寸的部件，还是带有最小材料尺寸的部件，都可以出现角度偏差。

上、下限公差不会限制构成边或面的角的形状偏差。

最小条件的定义，参阅DIN ISO1101）4 形状、位置通用公差4.1根据DIN ISO8015，公差定义原理仅当图纸中含有“公差定义ISO8015”字样时，才可以使用根据DIN ISO8015公差定义原理而制定的通用公差。

形状、位置通用公差不取决于成型部件的实际尺寸。

必须遵守每个公差。

因此，也可讲形状、位置通用公差使用在带有通用最大材料尺寸的成型部件上。

配合关系额外要求限制性的包裹条件，该条件应在图纸中特殊标注。

（参阅注解）4.1.1形状通用公差4.1.1.1直度、平度表4中，已注明了直度、平度的通用公差。

在选用表中数值时，应注意：相应直线的长度与直度公差相配合；面或圆面直径的较大侧面长度与平度公差相配合。

4.1.1.2圆度圆度通用公差与直径公差的数值相同，但不可以大于表6中所标注的径向振摆数值。

（参阅注解）4.1.1.3圆柱形状没有规定圆柱体形状的通用公差。

注解：在配合圆柱面时，首先应使用包裹条件，然后根据DIN ISO8015标注带有○E符号的尺寸。

如：Ø25○E 或Ø25H7○E。

4.1.2位置通用公差4.1.2.1平行度平行度的偏差限界，从直度或平度（参阅章节4.1.1.1）或平行线或面间距离尺寸公差得出。

视情况而定，两个中较大者。

同时，两个形状元件中的较长者视为参考元件。

若两个形状元件的额定尺寸相同，则每个都可以作为参考元件。

若出于功能原因不允许这样定义参考元件，则必须标注DIN ISO1101平行度公差。

谢谢坛主！在百忙中答疑。

德国金属金属材料的表示方法我有，但还是谢谢。

实际上DIN 17007 系统的数字材料号是自成一体的。

所有的DIN标准材料，都有对应的材料号。

资料中经常出现的是材料号，所以想找一份比较齐全的DIN标准材料和材料号。

因为数字相对比较难搞懂，而DIN标准相对就容易理解，所以想找这方面的资料。

下面是我自己收集的部分（大部分是从DIN17445里找到的，也有从网上搜得的，因不是出自权威的标准，对不对也说不清），有需要的朋友可考去用。

希望有知道的朋友能改正并填补齐全。

数字号德国牌号1.4000 X6Cr131.4001 X7Cr141.4002 X6CrAl131.4003 X2Cr11/X2CrNi121.4005 X 12 CrS131.4006 X10Cr131.4008 G-X8CrNi131.4011 GX12Cr121.4016 X6Cr171.4021 X20Cr131.4024 X15Cr131.4027 G-X20Cr141.4028 X 30 Cr 131.4034 X46Cr131.4057 X20CrNi1721.4086 G-X120Cr291.4104 X12CrMoS171.4106 G-X10CrMo13 1.4112 X 90 CrMoV 18 1.4113 X6CrMo1711.4117 X38CrMoV151.4120 G-X20CrMo13 1.4122 G-X35CrMo17 1.4125 X 105 Cr Mo 17 1.4136 G-X70CrMo29-2 1.4138 G-X120CrMo29-2 1.4300 X12CrNi18-8 1.4301 X5CrNi18-10 1.4303 X 5 CrNi 18.12 1.4305 X10CrNiSi89 1.4306 G-X2CrNi19-11 1.4308 G-X6CrNi18-9 1.4308 GX5CrNi19-10 1.4309 GX2CrNi19-11 1.4310 X12CrNi1771.4311 X2CrNiNb1810 1.4312 G-X10CrNi18-81.4335 X 1 CrNi 25.21 1.4336 G-X20CrNi2481.4339 G-X30CrNi28 10 1.4340 G-X40CrNi27-4 1.4347 G-X8CrNi26-71.4347 GX6CrNiN27-61.4350 X5CrNi1891.4361 X 1 CrNiSi 18.15 1.4362 2 CrNiN 23.41.4401 X5CrNiMo17121.4404 G-X2CrNiMo18-10 1.4405 G-X5CrNiMo16-5 1.4406 GX4CrNiMo16-5-1 1.4407 G-X5CrNiMo13 4 1.4408 G-X6CrNiMo18-10 1.4408 GX7CrNiMo12-1 1.4408 GX5CrNiMo19-11-2 1.4409 GX2CrNiMo19-11-2 1.4410 G-X10CrNiMo18-9 1.4411 GX4CrNiMo16-5-2 1.4412 GX5CrNiMo19-11-3 1.4413 G-X3CrNiMo13 41.4416 GX2NiCrMoN25-20-5 1.4417 GX2CrNiMoN25-7-3 1.4418 X4CrNiMo16-51.4429 X2CrNiMoN18121.4435 X2CrNiMo18 14 3 1.4436 X5CrNiMo17 13 3 1.4438 X2CrNiMo17-13-3 1.4439 G-X3CrNiMoN17-13-9 1.4446 G-X2CrNiMoN17-13-4 1.4446 GX2CrNiMoN17-13-4 1.4448 G-X6CrNiMo17-13 1.4449 X 5 CrNiMo 17.13 1.4458 GX2CrNiMo28-20-2 1.4460 X8CrNiMo27-51.4460 X 3 CrNiMoN 27.5.2 1.4462 X 2 CrNiMoN 22.5.31.4463 G-X6CrNiMo24-8-22.4464 G-X40CrNiMo27 5 1.4465 G-X2CrNiMoN25-25 1.4466 X2CrNiMoN25221.4468 GX2CrNiMoN22-6-3 1.4469 GX2CrNiMoN26-7-4 1.4470 GX2CrNiMoN22-5-31.4501 X 2 CrNiMoCuWN 25.7.4 1.4505 X 4 NiCrMoCuNb 20.18.2 1.4506 X2CrNiMoN17 13 31.4507 X 2 CrNiMoCuN 25.6.3 1.4510 X6CrTi171.4517 GX2CrNiMoCuN25-6-3-3 1.4525 GX5CrNiCu16-41.4527 GX4NiCrCuMo30-20-41.4531 G-X2NiCrMoCuN20-181.4536 G-X2NiCrMoCuN25-201.45391.4540 G-X4CrNiCuNb16-41.4541 X6CrNiTi18101.4542 X5 CrNiCuNb 16.41.4548 X5 CrNiCuNb 16.41.4550 X6CrNiNb18101.4552 G-X5CrNiNb18-91.4552 GX5CrNiNb19-111.45631.4568 X 7 CrNiAl 17.71.4571 X6CrNiMoTi171221.4577 X 3 CrNiMoTi 25.251.4581 G-X5CrNiMoNb18-10 1.4581 GX5CrNiMoNb19-11-2 1.4582 X 10 CrNiMoNb 18.12 1.4583 G-X10CrNiMoNb18-12 1.4584 GX2NiCrMoCu25-20-5 1.4585 G-X7CrNiMoCuNb18-18 1.4587 GX2NiCrMoCuN29-25-5 1.4588 GX2NiCrMoCuN25-20-5 1.4593 GX2NiCrMoCuN20-18-6 1.4710 GX30CrSi61.4713 X 10 CrAl 71.4718 X45CrSi931.4724 X10CrAl131.4729 GX40CrSi131.4740 GX40CrSi171.4742 X10CrAl181.4745 GX40CrSi231.4749 X 18 CrN 281.4757 X80CrNiSi201.4762 X10CrAl241.4776 GX40CrSi291.4777 GX130CrSi291.4821 X 20 CrNiSi 25.41.4825 GX25CrNiSi18 91.4826 GX40CrNiSi22 91.4828 X15CrNiSi20121.4832 X25CrNiSi20141.4833 X 6 CrNi 22.131.4837 X40CrNiSi25121.4841 X 15 CrNiSi 25.20 1.4845 X12CrNi25211.4848 GX40CrNiSi25 201.4849 GX40CrNiSiNb38 18 1.4852 GX40CrNiSiNb35 25 1.4855 GX30CrNiSiNb24 24 1.4857 GX40CrNiSi35 251.4859 GX10NiCrNbSi32-20 1.4864 X12NiCrSi36161.4865 G-X40NiCrSi3818 1.4868 GX50CrNiSi30-301.4871 X53CrMnNiN219 1.4876 X 10 NiCrAlTi 32.20 1.4878 X12CrNiTi1891.4893 X 8 CrNiSiN 21.11 1.4919 X 6 CrNiMo 17.131.4958 X 5 NiCrAlTi 31.20 1.4959 X 8 NiCrAlTi 31.211.6900 X 12CrNi18 91.6902 G-X6CrNi18101.6905 X10CrNiNb18-102.0872 CuNi 10 Fe2.0882 CuNi 30 Fe2.4066 Ni 99,22.4068 LC - Ni 992.4360 NiCu 30 Fe2.4375 NiCu 30 AI2.4537 G-NiMo16CrW2.4602 NiCr 21 Mo 14 W 2.4603 NiCr 30 FeMo2.4603 NiCr 22 Fe 18 Mo 2.4605 NiCr 23 Mo 16 Al 2.4610 NiMo 16 Cr 16 Ti 2.4617 NiMo 282.4618 NiCr 22 Mo 6 Cu 2.4619 NiCr 22 Mo 7 Cu2.4631 NiCr 20 TiAl2.4632 NiCr 20 Co 18 Ti2.4633 NiCr 25 FeAl2.4634 NiCo 20 Cr 15 Mo Al Ti 2.4642 NiCr 29 Fe2.4660 NiCr 20 CuMo2.4663 NiCr 23 Co 12 Mo2.4665 NiCr 22 Fe 18 Mo2.4668 NiCr 19 NbMo2.4669 NiCr 15 Fe 7 TiAl2.4778 G-CoCr 282.4810 G-NiMo302.4816 NiCr 15 Fe2.4819 NiMo 16 Cr 15 W2.4851 NiCr 23 Fe2.4856 NiCr 22 Mo 9 Nb2.4858 NiCr 21 Mo2.4879 G-NiCr28W2.4951 NiCr 20 Ti2.4952 NiCr 20 TiAl2.4969 NiCr 20 Co 18 Ti3.70253.70553.70653.71643.71653.7225 Ti Pb3.7235 Ti II Pb0.6010 GG100.60120.6015 GG150.60170.6018 GG180.6020 GG200.6022 GG220.6025 GG250.60270.6030 GG300.60320.6035 GG350.60370.6652 GGL-NiMn13 70.6655 GGL-NiCuCr15 6 20.6660 GGL-NiCr20 20.6661 GGL-NiCr20 30.6667 GGL-NiSiCr20 5 3 0.6676 GGL-NiCr30 30.6680 GGL-NiSiCr30 5 50.7033 GGG-35.30.7040 GGG-400.7042 GGG-420.7043 GGG-40.30.7050 GGG-500.7060 GGG-600.7070 GGG-700.7080 GGG-800.7652 GGG-NiMn13 70.7659 GGG-NiCrNb20 2 0.7660 GGG-NiCr20 20.7661 GGG-NiCr20 30.7665 GGG-NiSiCr20 5 2 0.7670 GGG-Ni220.7673 GGG-NiMn23 40.7676 GGG-NiCr30 30.7677 GGG-NiCr30 10.7679 GGG-NiSiCr30 5 2 0.7680 GGG-NiSiCr30 5 5 0.7683 GGG-Ni350.7685 GGG-NiCr35 30.7688 GGG-NiSiCr35 5 20.8035 GTW35-040.8040 GTW40-050.8038 GTW45-070.8040 GTW38-120.8135 GTS-35-100.8145 GTS-45-060.8155 GTS-55-040.8165 GTS-65-020.8170 GTS-70-020.9610 G-X300NiMo3Mg 0.9620 G-X260NiCr420.9625 G-X330NiCr0.9630 G-X300CrNi952 0.9635 G-X300CrMo153 0.9640 G-X300CrMoNi1520 0.9645 G-X260CrMoNi20210.9655 G-X300CrMo2711.0420 GS-38.31.0443 GS-451.0446 GS-45.31.0552 GS-521.0558 GS-601.06191.1118 GS-24Mn61.1120 GS-8Mn7/GS-8MnMo7 4 1.1121 Ck101.1131 GS-16Mn5/GS-20Mn5 1.1136 GS-24Mn41.1138 GS-24Mn51.1141 Ck151.1142 Ck161.1151 Ck221.1155 Ck251.1156 Ck241.1157 40Mn41.1158 Ck251.1159 GS-46Mn41.1165 GS-30Mn51.1181 Ck351.1191 Ck451.1221 Ck601.2311 GS-48CrMnMo71.2323 GS-48CrMoV6 71.2590 GS-80CrVW4 31.2713 GS-55NiCrMoV61.2778 GS-20MoNi33 131.2887 GS-34CoCrMoV14 121.2888 GS-20CoCrWMo10 91.3401 G-X120Mn121.3402 G-X110Mn141.3802 G-X120Mn131.3940 G-X2CrNiN18 131.3952 G-X2CrNiMoN18 141.3955 G-X12CrNi18 111.3964 G-X2CrNiMnMoNb21 16 5 3 1.3966 G-X25MnCrNi8 8 61.5015 GS-13MnNi641.5122 GS-37MnSi51.5406 GS-20MnMo5 31.5418 GS-20MoV8 51.5430 GS-8MnMo7 41.5431 GS-12MnMo7 41.5475 GS-20MnNb51.5485 GS-20MnNiTi5 3 1.5621 GS-10Ni61.5633 GS-24Ni81.5638 GS-10Ni141.5681 GS-10Ni191.5919 GS-15CrNi61.6219 GS-22MnNi51.6221 GS-13MnNi641.6309 GS-20MnMoNi5 5 1.6511 GS-36CrNiMo41.6515 GS-25CrNiMo41.6552 GS-24CrNiMo3 2 5 1.6570 GS-30NiCrMo8 5 1.6582 GS-34CrNiMo61.6740 GS-33NiCrMo7 4 41.6741 GS-38NiCrMo8 4 4 1.6748 GS-40NiCrMo6 5 6 1.6750 GS-20NiMoCr3 7 1.6759 GS-18NiMoCr3 6 1.6760 GS-22NiMoCr5 6 1.6779 GS-14NiCrMo10 6 1.6781 GS-18NiCrMo12 6 1.6783 GS-19NiCrMo12 6 1.6916 GS-12MnCrNiMo5 31.7131 GS-16MnCr51.7147 GS-20MnCr51.7218 GS-25CrMo41.7219 GS-26CrMo41.7220 GS-34CrMo41.7225 GS-42CrMo41.7228 GS-50CrMo41.7341 GS-34CrMo4 41.7354 GS-22CrMo5 41.7355 GS-17CrMnMo5 5 1.7363 GS-12CrMo19 5 1.7377 GS-17CrMo9 10 1.7380 GS-12CrMo9 10 1.7382 GS-19CrMo9 101.7725 GS-30CrMoV6 4 1.7755 GS-35CrMoV10 4 1.7756 GS-36CrMoV10 4 1.7903 GS-18MnCrMo6 3 1.7906 GS-19MnCrMo6 3 1.7909 GS-20MnCrMo6 31.8159 GS-50CrV 4。

DIN标紧固件的中文对照序号xx标准中文译文4DIN 1圆锥销5DIN 7圆柱销6DIN 84开槽圆柱头螺钉7DIN 85开槽盘头螺钉8DIN 93xx止动垫圈9DIN 94开口销10DIN 95开槽半沉头xx11DIN 96开槽半圆头xx12DIN 97开槽沉头xx13DIN 125-1平垫14DIN 125-2平垫(带倒角)15DIN 126平垫16DIN 127-1重型弹垫17DIN 127标准弹垫18DIN 128-1波形弹垫19DIN 137-1弹簧止动垫圈20DIN 137-2鞍形弹垫21DIN 186T型方颈螺栓22DIN 188T型双接头螺栓23DIN 258螺纹圆锥销24DIN 261T型头螺栓25DIN 315AF蝶型螺母(xx制)26DIN 315DF蝶型螺母(德制)27DIN 316AF蝶型螺钉(xx制)28DIN 317DF蝶型螺钉(德制)29DIN 319圆球型盖型螺母30DIN 404开槽带孔球面圆柱头螺钉31DIN 417开槽长圆柱端紧定螺钉DIN405 32DIN 427开槽平端紧定螺钉(半牙)33DIN 431小六角特薄细牙螺母34DIN 432外舌止动垫圈35DIN 433小垫圈(用于圆柱头螺钉)36DIN 434方斜垫圈(U型)37DIN 435方斜垫圈(I型)38DIN 436方垫圈39DIN 438开槽凹端紧定螺钉40DIN 439六角薄螺母41DIN 439六角薄螺母B级无倒角42DIN 439细牙六角薄螺母43DIN 440xx专用垫圈44DIN 443xx帽45DIN 444活节螺栓B型46DIN 462内舌止动垫圈47DIN 463xx止动垫圈48DIN 464滚花高头螺钉49DIN 465开槽滚花高头螺钉50DIN 466滚花高螺母51DIN 467滚花薄螺母52DIN 470锁紧垫圈53DIN 471轴用弹性挡圈54DIN 472xx弹性挡圈55 DIN 478方头带垫螺栓56 DIN 479方头圆柱底端螺栓57 DIN 480方头带垫半圆底端螺栓58 DIN 481弹性圆柱销59 DIN 508 T型槽螺母60 DIN 525单头螺柱61 DIN 529地脚螺栓62 DIN 546带槽圆螺母63 DIN 547端面带xx圆螺母64 DIN 551开槽平端紧定螺钉65 DIN 553开槽锥端紧定螺钉66 DIN 555六角螺母67 DIN 557方螺母-C68 DIN 558六角头螺钉69 DIN 561六角头圆柱端紧定螺钉70 DIN 562薄型方螺母-B71 DIN 571六角头xx72 DIN 580吊环螺钉73 DIN 582吊环螺母74 DIN 601六角头螺栓75 DIN 603大半圆头方颈螺栓(马车螺栓) C级76 DIN 604沉头带插销马车螺栓77 DIN 605沉头长方颈马车螺栓78 DIN 607半圆头带插销马车螺栓79 DIN 608沉头短方颈马车螺栓80 DIN 609六角头精配螺栓（长螺纹）81 DIN 610六角头精配螺栓（短螺纹）82 DIN 653滚花平头螺钉83 DIN 660半圆头铆钉84 DIN 661沉头铆钉85 DIN 662半沉头铆钉86 DIN 674大扁头铆钉87 DIN 703重型侧面带xx圆螺母88 DIN 705侧面带xx圆螺母89 DIN 741卡头90 DIN 787 T型槽螺钉91 DIN 835双头螺柱（牙长=2D）92 DIN 906xx锥型闭锁螺钉93 DIN 908xx直型闭锁螺钉94 DIN 909外六角锥型闭锁螺钉95 DIN 910外六角直型闭锁螺钉96 DIN 911xx扳手97 DIN 912xx圆柱头螺钉98 DIN 913xx平端紧定螺钉99 DIN 914xx尖端紧定螺钉100 DIN 915内六角圆柱端紧定螺钉101 DIN 916内六角凹端紧定螺钉102 DIN 917薄型盲螺母103 DIN 920开槽小圆柱头螺钉104 DIN 921开槽大圆柱头螺钉105 DIN 923开槽圆柱头轴肩螺钉106 DIN 927开槽无头轴肩螺钉107 DIN 928焊接方螺母108 DIN 929焊接六角螺母109 DIN 931六角头螺栓（半牙）110 DIN 933六角头螺栓（全牙）111 DIN 934六角头螺母(1型)112 DIN 934-2细牙六角头螺母(1型) 113 DIN 935开槽六角螺母114 DIN 936六角头薄螺母115 DIN 937六角头开槽薄螺母116 DIN 938双头螺距（牙长=1D）117 DIN 939双头螺距（牙长=1.25D）118 DIN 939双头螺距（牙长=1.5D）119 DIN 940双头螺距（牙长=1.5D）120 DIN 960六角头细牙螺栓（半牙）121 DIN 961六角头细牙螺栓（全牙）122 DIN 962头部穿孔六角头螺栓123 DIN 963开槽沉头螺钉124 DIN 964开槽半沉头螺钉125 DIN 965十字槽沉头螺钉126 DIN 966十字槽半沉头螺钉127 DIN 970六角头螺母128 DIN 971六角头螺母129 DIN 972细牙六角头螺母(2型)130 DIN 975牙条(全螺纹)131 DIN 976螺纹销132 DIN 979六角头开槽薄螺母（2型）133 DIN 980全金属六角锁紧螺母（1型）134 DIN 981圆螺母135 DIN 982六角头尼龙锁紧螺母136 DIN 985六角头薄型尼龙锁紧螺母137 DIN 986六角盖型尼龙锁紧螺母138 DIN 988配合垫片139 DIN 1052木材连接用垫片140 DIN 1151沉头钢钉141 DIN 1440销钉专用垫片A型142 DIN 1441销钉专用垫片143 DIN 1444带头销钉144 DIN 1471圆锥型槽销145 DIN 1472圆锥型槽销(半槽)146 DIN 1473平行槽销(带倒角)147 DIN 1474前端凹槽槽销148 DIN 1475中部凹槽槽销149 DIN 1476圆头槽销150 DIN 1477沉头槽销151 DIN 1479六角螺母棒152 DIN 1480花篮螺栓153 DIN 1481弹性圆柱销开槽重型154 DIN 1587组合式盖型螺母155 DIN 1804开槽圆螺母（配合沟头扳手）156 DIN 1816圆螺母（带插销孔）157 DIN 2093盘型弹簧垫圈158 DIN 3017喉箍159 DIN 3404润滑油嘴（旋扭头）160 DIN 3567管夹161 DIN 3570 U型螺栓162 DIN 5587 2型六角螺母A和B级163 DIN 6319球面垫圈164 DIN 6325圆柱销165 DIN 6330厚六角螺母166 DIN 6331厚六角法兰面螺母167 DIN 6334xx六角螺母168 DIN 6797-A外齿锁紧垫圈169 DIN 6797-I内齿锁紧垫圈170 DIN 6798-A外锯齿锁紧垫圈171 DIN 6798-I内锯齿锁紧垫圈172 DIN 6799开口挡圈173 DIN 6823六角xx面螺母174 DIN 6885平键（A型）175 DIN 6888半圆键176 DIN 6899嵌环（支撑环）177 DIN 6900机器螺钉和垫圈组合件178 DIN 6901自攻螺钉和垫圈组合件179 DIN 6912薄型带孔内六角圆柱头螺钉180 DIN 6914大六角头螺栓181 DIN 6915大六角螺母182 DIN 6916大垫圈183 DIN 6917楔型方垫圈184 DIN 6921六角法兰面螺栓加大系列B级185 DIN 6923六角xx面螺母186 DIN 6925全金属六角锁紧螺母(2型）187 DIN 7337开口型抽芯铆钉（沉头、扁圆头）188 DIN 7338扁平头半空心/全空心铆钉189 DIN 7343螺旋夹紧销190 DIN 7346轻型弹性圆柱销191 DIN 7349重型弹性圆柱销用垫圈192 DIN 7500 ISO公制螺纹螺钉(多种头型) 193 DIN 7504自攻自钻螺钉(多种头型)194 DIN 7513开槽切削螺纹螺钉(多种头型) 195 DIN 7516十字槽切削螺纹螺钉(多种头型) 196 DIN 7965 T型四爪螺母197 DIN 7968钢结构用六角头螺栓连接副198 DIN 7971开槽盘头自攻螺钉199 DIN 7972开槽沉头自攻螺钉200 DIN 7973开槽半沉头自攻螺钉201 DIN 7976六角头自攻螺钉202 DIN 7978圆锥销203 DIN 7980圆柱头螺钉用弹簧垫圈204 DIN 7981十字槽盘头自攻螺钉205 DIN 7982十字槽沉头自攻螺钉206 DIN 7983十字槽半沉头自攻螺钉207 DIN 7984薄型内六角圆柱头螺钉208 DIN 7985十字槽盘头螺钉209 DIN 7989钢结构用垫圈210 DIN 7990钢结构用六角头螺栓211 DIN 7991xx沉头螺钉212 DIN 7993轴用钢丝挡圈213 DIN 7995十字槽半沉头木螺钉214 DIN 7996十字槽圆头木螺钉215 DIN 7997十字槽沉头木螺钉216 DIN 8140螺纹护套（普通\自锁等）217 DIN 9021大外径垫圈218 DIN 11024弹簧xx219 DIN 13257平板螺栓220 DIN 18182干壁钉（墙板钉）221 DIN 28129环型螺母222 DIN 70952圆螺母用止退垫圈螺丝，紧固件，标准件词汇的中英文对照机(踏)车用螺丝、轴心Screws And Shafts For Motorcycle Or Bicycle 针车用螺丝、轴心Screws And Shafts For Sewing Maching止付螺丝Socket Set Screws不锈钢宽牙螺丝Stainless Steel Coarse Thread Screws不锈钢高低牙螺丝Stainless Steel High-Low Thread Screws不锈钢机械螺丝Stainless Steel Machine Screws不锈钢钻尾螺丝Stainless Steel Self Drilling Screws不锈钢自攻螺丝Stainless Steel Self Tapping Screws不锈钢自削螺丝Stainless Steel Thread Cutting Screws不锈钢三角牙螺丝Stainless Steel Tri-Lobular Thread Screws插片壁虎Steel Ceiling Anchors内迫壁虎Drop in Anchors碳钢锤钉壁虎Steel Hit Anchors碳钢六角螺帽Steel Hex Coupling Nuts强力xx壁虎Wedge Anchors外迫壁虎Cut Anchors化学壁虎Chemical Anchors不锈钢重载胀栓Heavy Duty Expansion Anchors鱼眼壁虎企眼长螺帽Tie Wire Anchors锌合金打入式壁虎Hammer Drive Anchors弹簧螺帽Strut Nuts兰花夹系列Toggle Bolts (Spring Toggle & Gravity Toggle)门窗、地板专用壁虎Nylon Frame Anchors or Metalframe Anchors石膏板中空壁虎Hollow Wall Anchors套管式壁虎Sleeve Anchors打入式壁虎鱼形尼龙壁虎Nylon Frame Harmmer Fixing (Nylon Hammer Drive Anchors)强力式锤钉壁虎Hit Anchors电梯壁虎Bolt Anchors重载壁虎Heavy duty anchors两片夹Loxin Masonry Anchors定位螺栓Set Bolts长型兰花夹Short Strap Anchors工具棒Drop in Setting Tools象脚壁虎Elephant foot anchors水泥预埋件Concrete Insert翻边胀轴Drop in Anchor with Lip冲件Legs Drywall Anchors六角盖头螺帽Hex Cap Nuts六角锯齿螺帽Hex Serrated Nuts六角轮缘螺帽Hex Flange Nuts高脚螺帽Hex Coupling Nuts(High Nuts) 圆螺帽Round Nuts四角螺帽Square Nuts管用螺帽Pipe Nuts轮壳螺帽Wheel Nuts蝶型螺帽Wing NutsU形螺帽U NutsT形螺帽T Nuts环首螺帽Eye Nuts齿形螺帽Kep Nuts齿花螺帽Clinch Nuts耐候钢六角重型螺帽Corten Steel Heavy Hex Nuts焊接螺帽Weld Nuts高张力螺帽Heigh Strength Nuts建业用螺帽Structural Nuts不锈钢螺帽Stainless Steel Nuts铜螺帽Brass Nuts铝螺帽Aluminum Nuts合金钢螺帽Alloy Steel Nuts重型车螺帽Heavy Duty Wheel Hub Nuts铁器焊接袋帽Acorn Cap Nuts金属预置扭矩式螺帽All-Metal Prevailing Torque Type Nuts 壁虎螺帽Anchor Nuts大尺寸螺帽Big Size Nuts铁盖袋帽Closed End Acorn Nuts盘形华司螺帽Conical Washer Nuts铁盖+尼龙圈组合盖帽Din 986 Domed Cap Nuts突缘尼龙盖帽Flange Nylon Insert Lock Nuts平面华司螺帽Flat Waser Nuts六角割沟螺帽Hex Slotted Nut自锁螺帽Self-Locking Nuts制止螺帽Sliding NutsSln-自动防松螺帽Sln Self-Locking Nuts其它特殊螺帽Special Nuts弹簧螺帽Spring Nuts不锈钢突缘螺帽Stainless Steel Flange Nuts不锈钢六角轮缘尼龙螺帽Stainless Steel Flange Nylon Insert Lock Nuts 不锈钢六角重型螺帽Stainless Steel Heavy Hex Nuts不锈钢六角螺帽Stainless Steel Hex Nuts不锈钢尼龙嵌入螺帽Stainless Steel Nylon Insert Lock Nuts普通六角螺帽Hex Nuts六角重型螺帽Heavy Hex Nuts薄型螺帽Hex Jam Nuts尼龙嵌入防松螺帽Nylon Insert Lock Nuts机械螺丝用六角螺帽Hex Machine Screw Nut六角螺丝(栓) Hex Head Cap Screws(Hex Bolts)六角机械螺丝Hex Head Machine Bolts六角xx螺丝Hex Lag Bolts四角螺丝Square Head BoltsT头螺丝T Head Bolts马车螺丝Carriage Bolts环首螺丝Eye Bolts内六角孔螺丝Hex Socket Cap Screws固定螺丝Set Screws螺椿栓Stud Bolts螺旋椿Screw Studs轮壳螺栓Wheel Bolts翼形螺丝Wing Screws自攻螺丝Self Tapping Screws自削螺丝Thread Cutting Screws钻尾螺丝Self Drilling Screws旋入螺丝Drive Screws机械螺丝Machine Screws木螺丝Wood Screws家具螺丝Furniture Screws塑板螺丝Chipboard Screws墙用螺丝Drywall Screws基础螺栓Foundation BoltsU型螺栓U Bolts勾头螺栓Hook Bolts套挂螺丝Toggle Bolts突缘螺丝Flange Bolts轨道螺栓(鱼尾螺丝) Track Bolts耐候钢螺丝Corten Steel Heavy Hex Bolts扭矩控制螺栓T.C.Bolts高张力螺栓High Strength Bolts剪力钉(焊接螺丝) Welding Studs螺丝附华司组合Screws And Washers Assembled(Sems)大尺寸螺栓Big Size Bolts不锈钢小螺丝Stainless Steel Sheet Metal Screws不锈钢大螺丝Stainless Steel Bolts铜螺丝Brass Screws铝螺丝Aluminum Screws合金钢螺丝Alloy Steel Screws电子螺丝Electronic Screws微小精密螺丝Micro Screws塑料螺丝Plastic Screws复合材料用螺丝Particle Board Screws钛合金螺丝Titanium Alloy Bolts钛、锆、钼、铌等螺丝、零件、材料Ti,Zr,Mo,Nb Pare Metal Bolts Parts 拇指螺丝Thumb Screws双头牙螺丝Double End Screws Hanger Bolt车辆(汽车)螺丝、螺帽Automotive Fasteners航天用螺丝Aerospace Fasteners飞机特殊扣件Source Control BoltsxxBlind Bolts面板螺丝Panel Fasteners电梯螺丝Elevator Bolts四角头固定螺丝Square Set Screws大头马车螺丝Step Bolts单向螺丝One Way Lag Screws管夹螺丝Hose Clamp Screws不锈钢固定螺丝Stainless Steel Hex Socket Cap Screws 不锈钢内六角螺丝Stainless Steel Hex Socket Cap Screws 铰链螺丝Hinge Screws货柜螺丝Container Screws复合材料钻尾螺丝Bi-Metal Self Drilling Screws三角牙螺丝Trilobular Thread Screws高低牙螺丝High Low Screws夹板用螺丝Particle Board Screws马桶螺丝Toilet Closet Bolts特长螺丝Special Longer Screws建业螺丝Building Fasteners不锈钢六角螺丝Stainless Steel Hex Socket Cap Screws 其它特殊螺丝Special Screws Or Bolts不锈钢特殊螺丝Special Stainless Steel Screws宽牙螺丝（粗牙螺丝）Coarse Thread Screws链带螺丝Collated Screws水泥螺丝Concrete Screws板模螺丝Construction Bolts锌蝶螺丝Die Cast Wing Screws; Zinc Alloy重型车螺丝Heavy Duty Wheel Hub Bolts内六角固定螺丝Hex Socket Set Screws复合材料用螺丝（夹板用）Particle Board Screws 犁壁螺丝Plow Bolts不锈钢木螺丝Stainless Steel Wood Screws套挂螺栓及螺丝Toggle Bolts钛合金膨胀螺丝Titanium Alloy Expansion Bolts 六角盖头螺帽Hex Cap Nuts六角锯齿螺帽Hex Serrated Nuts六角轮缘螺帽Hex Flange Nuts高脚螺帽Hex Coupling Nuts(High Nuts)圆螺帽Round Nuts四角螺帽Square Nuts管用螺帽Pipe Nuts轮壳螺帽Wheel Nuts蝶型螺帽Wing NutsU形螺帽U NutsT形螺帽T Nuts环首螺帽Eye Nuts齿形螺帽Kep Nuts齿花螺帽Clinch Nuts耐候钢六角重型螺帽Corten Steel Heavy Hex Nuts焊接螺帽Weld Nuts高张力螺帽Heigh Strength Nuts建业用螺帽Structural Nuts不锈钢螺帽Stainless Steel Nuts铜螺帽Brass Nuts铝螺帽Aluminum Nuts合金钢螺帽Alloy Steel Nuts重型车螺帽Heavy Duty Wheel Hub Nuts铁器焊接袋帽Acorn Cap Nuts金属预置扭矩式螺帽All-Metal Prevailing Torque Type Nuts 壁虎螺帽Anchor Nuts大尺寸螺帽Big Size Nuts铁盖袋帽Closed End Acorn Nuts盘形华司螺帽Conical Washer Nuts铁盖+尼龙圈组合盖帽Din 986 Domed Cap Nuts突缘尼龙盖帽Flange Nylon Insert Lock Nuts平面华司螺帽Flat Waser Nuts六角割沟螺帽Hex Slotted Nut自锁螺帽Self-Locking Nuts制止螺帽Sliding NutsSln-自动防松螺帽Sln Self-Locking Nuts其它特殊螺帽Special Nuts弹簧螺帽Spring Nuts不锈钢突缘螺帽Stainless Steel Flange Nuts不锈钢六角轮缘尼龙螺帽Stainless Steel Flange Nylon Insert Lock Nuts 不锈钢六角重型螺帽Stainless Steel Heavy Hex Nuts不锈钢六角螺帽Stainless Steel Hex Nuts不锈钢尼龙嵌入螺帽Stainless Steel Nylon Insert Lock Nuts锌压属螺帽Zinc Die Casting Nuts普通六角螺帽Hex Nuts六角重型螺帽Heavy Hex Nuts薄型螺帽Hex Jam Nuts尼龙嵌入防松螺帽Nylon Insert Lock Nuts机械螺丝用六角螺帽Hex Machine Screw Nut合金钢线材盘元Alloy Steel Wire Rod球状化线材Annealing Wire And Rod黑铁丝Black Wire黄铜棒线Brass Wire And Rod磨光棒钢Bright Steel Bar(Hex/Round/Square)铜合金线Copper Alloy Wire线切割线E.D.M Cutting Wire快削钢线材盘元Free Cutting Steel Wire Rod线材Iron Or Steel Wire线材盘元Iron Or Steel Wire Rod洋白铜线Nickel Silver Wire磷青铜线Phosphate Bronze Wire不锈钢条棒Stainless Steel Bar(Round/Hex/Square)不锈钢冷锻线材Stainless Steel Cold Heading Wire不锈钢线(抽线后) Stainless Steel Draw Wire不锈钢线材Stainless Steel Wire不锈钢线材及盘元Stainless Steel Wire And Rod棒钢Steel Bar(Hex/Round/Square)转回90度碾线头机90讧evolving Wire Twisting Machine气动拉钉机Air Riveter各式螺丝类产品自动包装Automatic Packaging For All Kinds Of Packaging 自动包装机Automatic Packing Machine螺丝制造搓牙机械Automatic Thread Rolling Machine螺丝割尾加工机械Automatic Thread Slotting Machine螺丝制造成型机械Automatic Trimming Machine拉钉打头机Blind Rivet Heading Machine螺丝、螺帽成型机Bolt Formers,Nuts Formers,Headers螺丝、螺帽热处理Bolt Nut And Screws Heat Treatment螺丝、螺帽热处理炉Bolt Nut And Screws Heat Treatment Furnaces球状化电器炖炉Carburizing Furnace Vacuum And Bell Type Furnace超防锈复合瓷膜Ceramic Coating连续式光辉渗碳淬火炉Continuous Bright Carburizing Quenching Furnace 连续式光辉调质淬火炉Continuous Bright Hardening Quenching Furnace 中、高热镀锌光辉连续炉Continuous Bright Heat Treat Furnace连续式光辉热处理炉Continuous Type Bright Heat Treatment Furnace螺丝割尾及特殊割遘加工Machine Screw Shank Slotting螺丝钻孔加工Screw Shank Drilling鸡眼上下模Eyelets Dies一般线材、盘元、退火炉General Wire,Wire Rod,Annealing Furnace倒立式滑落型伸线机Handstand Type Wire Drawing Machine十字冲模Header Punches In Various Drives成型冲模Header Punches In Various Drives螺丝打头机Heading Machine螺丝制造高速搓牙机械High Speed Automatic Thread Rolling Machine高中低周波感应加热炉High,Medium,Low Frequency Induction Heater 空心打头机Hollow Heading Machine热浸镀锌螺丝、螺帽Hot Dip Galvanizing Bolts And Nuts机械镀锌Mechanical Galvanized迷你成型机Mini-Formers成品自动收线机Non-Stop Coiler精抽自动收线机Non-Stop Coiler(Skinpass)螺帽模Nut Forming Dies螺帽成型模Nuts Formers特殊零件成型机Parts Forming Maching冲模Punch Dies冲子Punch Pins罗拉成型机Rollers Formers机(踏)车用螺丝成型机Screw For Motorcycle Or Bicycle Heading Machine 止付螺丝成型机Set Screws Formers套高成型机Sockets Formers一般线材、盘元、螺丝合金炖炉Spheroidizing Bright Annealing Furnace 球状化热处理炉Spheroidizing Heat Treatment Furnace攻牙机Tapping Machine螺丝攻、车刀、模具Taps Dies And Tools搓牙机铁屑分离装置Thread Chip Separator滚牙轮Thread Rolling Dies牙板Thread Rolling Dies Plates精密油压滚牙机Hydraulic Thread Rolling Machines模具Tools六角整头模Trimming Dies Hexagan碳化钨模具Tungsten Carbide Die镀钛处理(Tin)专业加工服务Tin Hard Coating For Cutting Tools And Punch By Pvd电镀化学原料Various Electroplating Chemicals环规校正Calibration For Ring Gage环规、牙规、三线规校正Calibration For Ring Gage, Athread Gage, 3 Wire Gage螺丝、螺帽品检量测仪器Fasteners Inspection And Measurement Instruments螺丝、螺帽成型攻牙专用油Forming And Tapping Oils For Bolts And Nuts Formers螺丝、螺帽五金等检验Insptection Services For Fasteners And Hardware德国schatz扭力机代理Representative Of Schatz Torque MachinIso品质保证系统Iso Quality Assurance System生产管理系统Production Control System物料管理系统Material Control System齿轮Gears不锈钢牙条棒Stainless Steel Hread Rod马达轴承轴心组件Bearing Shaft(Motor)轴承轴心Bearing Shaft开口铆钉Blind Rivets长形拉帽Blind Rivet Nuts拉帽Blind NutsxxBlind Rivets实心梢Clevis Pins And Straight Pins弹片Clips卷钉Coil Nails冷锻零件Cold Forming Part开口销Cotter PinsE型环E-Rings膨胀螺栓Expansion Anchor Bolts鸡眼钉Eyelets RivetsR型销Snap Pins闸、锁Latches And Keeper Assembleds其它特殊铆钉Other Specil Rivets销Pins格式管夹、管束Pipe Hanger铆钉Rivets螺旋锔及螺旋圈Screw Hook And Screw Rings 中空钉Semi-Tubular Rivet开叉钉Split Drive Anchors弹簧华司Spring Washers弹簧蝴蝶夹Spring Wings不锈钢华司Stainlesssteel Washers钢铁钉Steel And Iron Nails搓牙铁钉Thread Nails钛合金铆钉Titaium Alloy Rivets管形铆钉Tubular Rivets华司Washers真空热处理Vacuum Heat Treatment螺丝、螺帽、五金、Diy扣件Fasteners合金钢工具Alloy Steel Tools螺栓模Bolt Heading Dies手动xx钳Hand Riveter船舶链Anchor Chain脚踏车链锁Bicycle Chain Locks螺丝起子Bit罗拉Chain Roller特殊铆合扣件Collars(A Blindfastener For Huck Intl) 装饰链Decorative Chains自攻螺纹衬套Ensat Threaded Inserts六角扳手Hexagon Keys超音螺纹压入式螺纹自动锁扣Threaded Inserts For Plastic Injection Mouldeings汽车特殊杆接件Special Auto-Mobile Fastener As Your Needs螺纹护套Recoil Inserts链条用滚子Roller For Roller Chain金属板镶嵌组件及自动夹扣组件Sheet Metal Fasteners工具套筒组件Socket Wrench Sets不锈钢链Stainless Steel Chains轭子T-Yoke轮胎链Tire Chains狗链Dog Chains喇叭头轭铁U-Yoke,T-Yoke For Speaker不锈钢输送带轮用轨道Stainless Wheel's Rack For Transporter工业用链Industrial Steel Link Chains拖链安全链Tow Chains And Safety Chains机车离合器零件Manufacture Of Motorcycle's Cvt Parts牙条棒Thread Rod。

各类常用未注公差————————————————————————————————作者: ————————————————————————————————日期：ISO 2768-1线性尺寸和角度未注公差的相应等级要求:直线度平面度圆度、垂直度、对称度、平行度同轴度ISＯ276８-2形状位置的未注公差的相应等级要求大型砂铸件尺寸公差ＤIN 1686– 1Længdemål／ Länｇeｎmaße / ｌｅngｔh线性长度公差GTB－1８-30-５０-80-12０-180-25０-３15-400－50０-6３-800－１000-1２50GＴＢ20±4,5±７,5±８±８,５±9±1０±11±11±12±13±１４±15±１6±18GTB19±4,5±4,7±5±5,５±６±6,5±7±7,5±8±8,５±９，5±1０±11±1２GTB18±2,9±3±3，２±３，4±3，7±4,1±4,4±4,7±５±5，5±6±6,５±7±7，５GTB1７±1，8±1，９±2±2,1±２,3±2，5±２，7±2,９±3,1±3,3±3，5±３,8±4，1±4,４ＧTB1６±1,１±1,2±1，3±１,４±1,5±1，６±1,8±1,9±2±2，1±2,3±2,4±2,6±2,8GTＢ１5±0,85±0，95±１±1,1±1,2±1,3±1,４±1,５±１,６±１，７±1，8±1,９±２±2,2Tykｋelsｅ/ Ｄｉcｋenabmaße ／tｈicｋneｓs 厚度公差-６-10-1０-３０-50－80－12０-180ＧTB20-－－±7，5±11±12±13±１4GTB19--±4,5±７，5±8±8，5±9±1０GTB１8-±2,5±４,5±4,7±5±5,5±6,5－GＴB17±1,5±２,５±2,9±3±3，２±３，４±３,７-GTB1６±1,5±１，８±１，8±1,9±2±2，1±2,3-GTB15±0，95±１±1,1±1,２±１，3±1,4--锻件尺寸公差要求（Forgeｄ)ＤIN 1６84- 1Længdｅmål／Längｅnmaße ／lenｇtｈｕｎd Diｃkｅｎmａße/Wａnddicｋen/ Ｈｉｐpeｎ/tｈicｋnesｓｆur ｆormｇｅbuｎdｅn线性长度厚度公差Ｄiｃk －10Dｉck&Läｎg-18-30－50-80-120－180－250-315-400-50０-６30－8０-1000GtＡ17/５±0.9±1.1±1.3±1.５±1.9±2.2±2.5±2．9±３.2±3．7±4．1±４.４±５.0±5．５GＴA１7±0．75±0．９±1．1±1.3±1.5±1.８±2．0±2.3±２.６±２．9±3.２±３.5±4.０±4.５GTA16/5±0.6±0.７±0.8±1.0±1.２±1．3±1.6±１.８±２.0±２．2±2.4±2．7±3.1±３．6GTＡ16±0．4５±０.55±0.6５±0.8±0.９5±1.1±1.3±１.５±１.６±１．8±2.0±２.2±2.5±２.８Længdemål/ Ｌängenｍaße ／lengtｈund Dｉckenmaßｅ／Ｗanddicｋｅn/ Hｉppen／ｔhiｃｋn ｅssfur ｎicht forｍgｅbundeｎﻩ非线性(非规律性）长度和厚度公差Diｃk －10Dick&Länｇ-18－30-50－80-1２0-180-２50-31５-４00-5０－６30-80０-１00０GtＡ１7/５±1．2±1．4±１.６±1．９±2.2±2.5±2.8±3.2±3.5±4.0±4.4±4．7±5.3±5．8GTA17±1.1±1.2±1.4±1.6±1．8±.１±2.3±2．６±2.9±３.2±3.5±3.8±4.3±4．８GTA1６/5±０.9±1.0±1.1±１.3±1.5±1.6±1.8±2．１±２．３±２．5±2.7±3.0±３．４±3.9GTA1６±0.75±0.8５±0.95±１.１±１.3±1.4±1.5±１.８±1.9±２.1±2.3±2.5±2.8±3.1BeaｒbｅｉtungｓｚugａｂeｎBZ规则形状平面度公差BIS -５0-120-25０-400-50０－8０0-1０００Bｅarbｅitungｓzugａben BZ1.５1．5 1.５２２2.5３Eingesｃhrｌlｎｋze Bｅａrｂeiｔuｎｇｓzugaｂen BZ (slｅｈe Absｏhnitt 5) 非规则形状平面度公差BIS -５0-120－2５０-40０Beａrbｅitunｇsｚugａｂen ＢZ０.８0.80.8１焊接件公差要求IＳＯ13９２０Længｄeｍål／Längenmaße / ｌｅｎgtｈ线性长度公差-１20-４０-1000－2０00－４00０-800０-1２00０-1000-A±１± 1± 2± 3± 4± 5± 6± 7± 8± 9B ±2±２±３±4±６±８±１0±1２±1４± 16C ±３±4±６±８± 11±14± 18±２1±24±２7Ｄ±４±７±９± 12±１6± 21±２7± 3２± 36± 40 planhed/ Geradhｅit und Ebenhｅit / ｒｅgulａｒｉty 非线性和规律性弧线公差－12０-400-100０-20０-4０00-800０-1200０-1０00-E0，51１,52345678 F１1,53４,5681０１2141６G1，5３５，591１１6２022252５Ｈ２,559１４0 Vinkelｍål/Winkｅlmaß/ aｎgle 角度公差[°][ｍm／m]--－-Ａ± 20'± 15＇± 1０'±６±４，5± 3B±4５'±３0'±２０'± 1３±９±6Ｃ±1°±45°± 3０°±18±1３±９D ± 1° 30＇ ± 1° 15＇ ± 1° ± ２6 ± ２2 ± １８G Ｂ∕T 15055—94 冲压件未注公差表1 未注公差冲裁尺寸的极限偏差 m ｍ注：对于0.5及０.5以下的尺寸应标公差。

91.04 合同号：0008第2页 DIN 71683 关于线性和角度尺寸的一般公差 3.1 线性尺寸表2. 关于半径R(示例参见插图1)和斜边高度h(斜度)(参见图2的例子)的上下偏差4 形状和位置的一般公差4.1 按照DIN ISO 8015规定公差的原则当图纸包含提示“公差按ISO 8015的规定”的时候，应用DIN ISO 8015规定公差原则所确定的一般公差。

在这种情况下，适用于形状和位置的一般公差与工件结构要素的实际尺寸无关。

为此，必须遵守所确定的每个公差。

因此，在普遍带有最大材料尺寸的情况下，也允许使用此种形状和位置的一般公差。

另外，配合需要满足在图纸中特殊说明的受约束的包容条件(参见解释)。

4.1.1 形状的一般公差 4.1.1.1 直线度和平面度表4给出了直线度和平面度的一般公差。

为了选取表列数值，有关直线的长度适用于选取直线度公差，而平面的较长侧边或圆表面的直径适用于选取平面度公差。

4.1.1.2 圆度圆度的一般公差与直径公差具有相同的数值，但不大于表6给出的径向跳动公差数值(参见解释)。

图1. 图2.3.2 角度尺寸与线性的实际尺寸无关，角度尺寸的一般公差都是有效的，也就是说，不仅在带有最大材料尺寸的工件情况下，而且在带有最小材料尺寸的工件情况下，都允许出现角度误差。

上下偏差并不限制某个角度构成边或者面的形状误差。

附注：对于带有形状误差的工件，把直线或者平面最小条件情况下，构成角度的二条边，用作确定角度(最小条件的确定参见DIN ISO 1101)。

DIN 7168第3页4.1.1.3 圆柱度圆柱度的一般公差不予规定。

附注：如果在与圆柱面配合的时候，包容条件应该是适用的，那么，应该按照DIN ISO 8015，用符号标记尺寸，例如，Ø25或者Ø25 H7。

4.1.2 位置的一般公差 4.1.2.1 平行度 从直线度或者平面度的一般公差(参见第4.1.1.1节)或者从平行线或平行面偏差尺寸二者中较大的那一个，求得平行度误差的限制。

00关键词：铸件毛坯片状石墨铸铁机加工余量自由公差00本标准不适用于新产品设计。

在新产品设计时请使用DIN ISO 8062标准。

001 适用范围00本标准适用于灰铸铁毛坯铸件的自由公差和机加工表面所要求的加工余量；这类铸件的供货技术规范参见DIN 1691标准。

00由于没有角度尺寸的经验数据可供参考，本标准没有对角度尺寸的自由公差做出规定。

若要求角度尺寸保证一定的精度，必须对其规定公差。

002相关标准00DIN 1680-1：铸件毛坯. 自由公差及加工余量. 概述00DIN 1680-2: 铸件毛坯. 自由公差系列00DIN 1690: 金属材料铸件的通用供货技术条件（目前尚在制定之中）003 概念00本标准使用的概念“自由公差”和“精度等级”的定义参见DIN 7182-1标准的一般规定及DIN 1680-1标准的规定。

00“加工余量”的定义参见DIN 1680-1标准之规定。

004精度等级004.1尺寸误差的相互关系00灰铸铁铸件毛坯的尺寸误差主要与下列因素有关：00a) 铸模的精度、与铸件材料和铸件结构有关的收缩率、造型和浇铸过程的操作仔细程度以及与使用批量有关的铸造装置，用精度等级表示。

00b) 公称尺寸的大小。

004.2 精度等级的应用00按照表1和表2选择规定偏差的精度等级。

长度尺寸和厚度尺寸只允许选择相同的精度等级，特殊情况时参见DIN 1680-1标准的有关规定。

004.3 公称尺寸范围的限制00各精度等级的公称尺寸范围应限制在由测量值保证的范围内。

超出规定公称尺寸范围的特定精度等级的尺寸应采用下一级较大的精度等级。

005加工余量BZ00加工余量BZ与铸件最大的外形尺寸有关。

00加工余量对所有精度等级是一样的，参见表3，特殊情况时参见DIN 1680-1标准。

00对于外形尺寸等于和小于500毫米的铸件，当大批量生产时，如果订货方和加工方对于造型模具、铸造工艺及切削面和原始面的切削加工进行了优化，则允许将表3中的加工余量减少一半，参见表4。

ICS 77.140.80Descriptors:General tolerances, machining allowances, castings, cast iron.Gußrohteile aus Gußeisen mit Lamellengraphit – Allgemeintoleranzen,Bearbeitungszugaben (Nicht für Neukonstruktionen)In keeping with current practice in standards published by the International Organization for Standardization (ISO), a comma has been used throughout as the decimal marker.Ref.No.DIN 1686-1:1998-08English price group 06Sales No.010611.98DEUTSCHE NORM August 19981686-1{Continued on pages 2 to 4.©No part of this translation may be reproduced without the prior permission of DIN Deutsches Institut für Normung e.V., Berlin.Beuth Verlag GmbH , D-10772Berlin, has the exclusive right of sale for German Standards (DIN-Normen).Translation by DIN-Sprachendienst.In case of doubt, the German-language original should be consulted as the authoritative text.Rough castings of grey cast ironGeneral tolerances and machining allowances(For replacement purposes only)SupersedesOctober 1980 edition.Dimensions in mm1Scope and field of applicationThis standard specifies general tolerances and machining allowances for rough castings of grey cast iron which are subject to the technical delivery conditions laid down in DIN 1691.Users of this standard should note that it now only applies to castings used for repair and replacement purposes. New designs are covered by ISO 8062 : 1994.Owing to the lack of empirical data, general tolerances have not been specified here for angular dimensions.If angles are to meet accuracy requirements, these shall be indicated as individual tolerances.2Normative referencesThis standard incorporates, by dated or undated reference, provisions from other publications. These normative references are cited at the appropriate places in the text, and the titles of the publications are listed below. For dated references, subsequent amendments to or revisions of any of these publications apply to this standard only when incorporated in it by amendment or revision. For undated references, the latest edition of the publication referred to applies.DIN 1680-1Rough castings – General tolerances and machining allowances – General DIN 1691Grey cast iron – PropertiesDIN 7182-1Sizes, deviations, tolerances and fits – Basic conceptsISO 8062 : 1994Castings – System of dimensional tolerances and machining allowances3ConceptsSee DIN 7182-1 and DIN 1680-1 for the terms ‘general tolerances’ and ‘tolerance grade’, and DIN 1680-1for a definition of ‘machining allowance’.4Tolerance grades4.1Dimensional deviationsFor castings of grey cast iron, dimensional deviations are largely dependent ona)the dimensional accuracy of the pattern, the degree of shrinkage dependent on the material type and casting configuration, the care taken during moulding and casting, and the moulding and casting equip-ment used based on the batch size;b)the nominal sizes.Page 2DIN 1686-1:1998-08Table 2:Limit deviations for thicknesses (wall, web and rib thicknesses)*), **)4.2Application of tolerance gradesLimit deviations shall be specified on the basis of the tolerance grades given in tables 1 and 2. Linear dimensions and thickness shall be specified for the same grade; for exceptions see DIN 1680-1.4.3Nominal size rangesThe nominal size ranges shown in the tables for each tolerance grade have been selected on the basis of reliable measurement data. For sizes outside the range for a given grade, the next coarsest grade applies.5Machining allowancesThe machining allowance, BZ , is a function of the largest external dimension of the casting and is the same for all tolerance grades (cf. table 3); see DIN 1680-1 for exceptions.For sizes up to 500 mm, machining allowances may be reduced to approximately half the values specified in table 3 if the pattern equipment, casting procedure and machining procedure with regard to clamping surfaces and datum surfaces have been optimized, for example, for series production, as agreed between the customer and the foundry. These reduced values are shown in table 4.For castings with a mass greater than 1000 kg or a wall thickness greater than 50 mm, the machining allowances shall be agreed between the manufacturer and client.6DesignationWhere both the tolerance grade and the machining allowance have been selected on the basis of the present standard, the designation of a grade GTB 17 tolerance (GTB 17) in conjunction with a machining allowance of 3,5 for bottom and side surfaces in the die and of 4,5 for top surfaces (BZ 3,5/4,5), for example, shall be designated as follows:Tolerance and machining allowance DIN 1686 – GTB 17 – BZ 3,5/4,5See DIN 1680-1 for other examples of designations.Table 1:Limit deviations for linear dimensions(length, width, height, centreline distance, diameter, radius)*)Tolerance gradeNominal size rangeOver up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Over up to Overup toUp to 18Tolerance grade*)Irrespective of the values given in this table, the actual deviation of the linear dimensions of a casting shall in no case be greater than t 25 % of the nominal size, rounded to one decimal place. This restriction is of particular relevance when applying the deviations in the boxes enclosed by thick lines.Overup toUp to 6Over up toOver up toOver up toOver up toOver up toOver up toNominal size range*)Irrespective of the values given in this table, the actual deviation of the linear dimensions of a casting shall in no casebe greater than t 25 % of the nominal size, rounded to one decimal place. This restriction is of particular relevance when applying the deviations in the boxes enclosed by thick lines.**)The values specified here are taken from the deviations specified for one full grade coarser in table 1.Page 3DIN 1686-1:1998-08Table 3:Machining allowances7Indicating general tolerances on existing drawingsIf an existing drawing does NOT refer to the tolerance groups specified in the 1962 edition of this standard (which is no longer valid), then the tolerance grades given in tables 1 and 2 do not apply. It is recommended that a grade suitable for the casting in question be indicated on such drawings.If an existing drawing DOES refer to the previously valid tolerance groups, it is recommended that these be converted to the tolerance grades specified in tables 1 and 2 of the present standard. If this is not possible, the permissible limit deviations are to be taken from tables 5 and 6 below.Tables 5 and 6 do NOT apply to new drawings.Table 5:Limit deviations for linear dimensions on existing drawingsPosition of surface in dieBottom, side TopNominal size range (based on the largest overall dimension of casting)Machiningallowance, BZOver up toOver up toOver up toOver up toUp to 50Over up toMachiningallowance, BZBottom, side TopNominal size range (based on the largest overall dimension of casting)Position of surface in dieOver up toOver up toOver up toUp to 50Table 4:Reduced machining allowances, BZ (see clause 5)Internal dimensionsTolerance groupNominal size rangeOver Over Over Over Over Over Over Over Over Over Over Over Over Overup toPage 4DIN 1686-1:1998-088Indicating machining allowances on existing drawingsThe machining allowances specified in this standard only apply to drawings on which general tolerances in accordance with clause 4 and tables 1 and 2 of this standard are indicated.Previous editionsDIN 1686-1: 1962-06, 1974-08, 1978-07, 1980-10.AmendmentsAs compared with the October 1980 edition, the standard now applies only to castings used for replacement purposes.Other relevant standardsDIN 1680-2Rough castings – General tolerancesDIN 1690-1Technical delivery conditions for castings of metallic materials – GeneralTable 6:Limit deviations for thicknesses on existing drawingsNominal size rangeTolerance groupOver up toOver up toOver up toOver up toOver up toOver up toUp to 6。

编号中文名称英文名称DIN15551-3-1985 辐射敏感胶卷.硝酸纤维胶卷.术语、特性、用途、贮存Radiation sensitive films; cellulosenitrate film; terminology, properties,utilization, storageDIN 16734-1986 与沥青不相容的人造纤维增强的增塑聚氯乙烯(PVC-P)屋面毡.要求Man-made fibre reinforced plasticizedpolyvinyl chloride (PVC-P) roofingfelt incompatible with bitumen;requirementsDIN 16737-1986 聚氯乙烯(PE-C)制的屋面毡和带编织纤维内衬层的防水薄板材.要求Chlorinated polyethylene (PE-C)roofing felt and waterproofing sheetwith woven fabric inner layer;requirementsDIN 16740-1976 玻璃纤维织物.电气用玻璃纤维织物.交货技术条件Textile glass; textile glass fabrics forelectrical purposes, technical deliveryspecificationsDIN 16741-1976 玻璃纤维织物.电气用带边的玻璃纤维织物带.交货技术条件Textile glass; tapes with edgesconsisting of textile glass fabrics forelectrical purposes, technical deliveryspecificationsDIN 16867-1982 化工管路用玻璃纤维增强式聚酯树脂管道、配件和接头.交货技术条件Glass fibre reinforced polyester resin(UP-GF) pipes, fittings and joints foruse in chemical pipelines; Technicaldelivery conditionsDIN16868-1-1994 玻璃纤维增强式不饱和聚酯树脂(UP-GF)管材.第1部分:缠绕式和填充式.尺寸Glass fibre reinforced unsaturatedpolyester resin (UP-GF) pipes - Part 1:Wound, filled; dimensionsDIN16868-2-1994 玻璃纤维增强式不饱和聚酯树脂(UP-GF)管材.第2部分:缠绕式和填充式.一般质量要求、检验Glass fibre reinforced unsaturatedpolyester resin (UP-GF) pipes - Part 2:Wound, filled; General qualityrequirements, testingDIN16869-1-1995 离心浇注玻璃纤维增强聚脂树脂管(VP-GF).第1部分:尺寸Centrifugally cast filled glass fibrereinforced unsaturated polyester resin(UP-GF) pipes - Part 1: DimensionsDIN16869-2-1995 离心浇注玻璃纤维增强聚脂树脂管(VP-GF).第2部分:一般质量要求、检验Centrifugally cast filled glass fibrereinforced unsaturated polyester resin(UP-GF) pipes - Part 2: Generalquality requirements, testingDIN16870-1-1987 纺织玻璃纤维增强环氧树脂管.尺寸Wound glass fibre reinforced epoxyresin pipes; dimensionsDIN 16871-1982 离心铸塑玻璃纤维增强环氧树脂管.尺寸Centrifugally cast glass fibrereinforced epoxy resin (EP-GF) pipes;DimensionsDIN 16872-1993 热塑性塑料管道用管接头组件.玻璃纤维增强的聚酯树脂(UP-GE)法兰.Pipe joints assemblies for pipelines ofthermoplastics; glass fibre reinforced尺寸polyester resin (UP-GF) flanges;dimensionsDIN 16944-1988 玻璃纤维增强的反应型树脂模塑材料.试验方法Glass fibre reinforced reaction resinmoulding materials; test methodsDIN 16964-1988 绕制玻璃纤维增强聚酯树脂管.一般质量要求和试验Wound glass fibre reinforced polyesterresins (UP-GF) pipes; general qualityrequirements and testingDIN16965-1-1982 绕制玻璃纤维增强聚酯树脂管(UP-GF).A型管.尺寸Wound glass fibre reinforced polyesterresin (UP-GF); pipes, Type A pipes,dimensionsDIN16965-2-1982 绕制玻璃纤维增强聚脂树酯管.B型管.尺寸Wound glass fibre reinforced polyesterresin (UP-GF); pipes, Type B pipes,dimensionsDIN16965-4-1982 纺织玻璃纤维增强聚脂树酯管.管、D管型.尺寸Wound glass fibre reinforced polyesterresin (UP-GF); pipes, Type D pipes,dimensionsDIN16965-5-1982 纺织玻璃纤维增强聚脂树酯管.管、E管型.尺寸Wound glass fibre reinforced polyesterresin (UP-GF); pipes, Type E pipes,dimensionsDIN16966-1-1988 玻璃纤维增强聚酯树脂(UP-GF)异型件和连接件.第1部分:一般质量要求和检验Glass fibre reinforced polyester resin(UP-GF) pipe fittings and jointassemblies; fittings; general qualityrequirements and testingDIN16966-2-1982 玻璃纤维增强式聚酯树脂管道配件和接头.弯管.尺寸Glass fibre reinforced polyester resin(UP-GF) pipe fittings and joints;Elbows, DimensionsDIN16966-4-1982 玻璃纤维增强聚酯树脂管(UP-GF)管件和接头.三通喷管嘴尺寸Glass fibre reinforced polyester resin(UP-GF) pipe fittings an joints; Tees,Nozzles, DimensionsDIN16966-5-1982 玻璃纤维增强聚酯树脂管(UP-GF)管件和接头.缩径管.尺寸Glass fibre reinforced polyester resin(UP-GF) pipe fittings and joints;Reducers, DimensionsDIN16966-6-1982 玻璃纤维增强聚酯树管(UP-GF)管件和接头组件.卡圈、法兰、密封圈、尺寸Glass fibre reinforced polyester resin(UP-GF) pipe fittings and jointassemblies; collars, flanges, joint rings,dimensionsDIN16966-7-1995 玻璃纤维增强聚酯树脂管道连接件及其组件.第7部分:套筒、法兰、法兰连接和对接件.一般质量要求和试验方法Pipe joints and their elements of glassfibre reinforced polyester resins - Part7: Bushings, flanges, flanged and buttjoints; general quality requirementsand test methodsDIN16966-8-1982 玻璃纤维增强聚酯管(UP-GF)管件和接头.层压塑料接头.尺寸Glass fibre reinforced polyester resin(UP-GF) pipe fittings and joints;Laminated joints; DimensionsDIN16967-2-1982 玻璃纤维增强环氧树脂(EP-GF)管件和接头.弯管、三通管、尺寸Glass fibre reinforced epoxy resin(EP-GF) pipe fittings and joints;Elbows, Tees, DimensionsDIN18089-1-1984 防火隔板.防火门填料.矿物纤维板（毡）.定义、名称、要求、检验Fire barriers; fillers for fire-doors;mineral fibre boards (felts); definition,designation, requirements, testsDIN 18191-1980 作沥青路衬底的机织玻璃纤维织物Woven glass fabric as inlay bituminoussheetingDIN 18192-1985 作沥青和聚合物沥青薄板镶嵌物的粘合聚酯纤维毡.概念、标志、要求和试验Bonded polyester fleece used as aninlay for bitumen and polymer bitumensheeting; concept, designation,requirements, testingDIN18204-1-2007 用纺织物和塑料薄膜(篷帐布)制造的建筑物和帐篷罩部件.第1部分:涂聚氯乙烯(PVC)的聚酯基底纤维Components for enclosures made oftextile fabrics and plastic films(awnings) for structures and tents -Part 1: PVC coated polyester basefabricDIN18820-1-1991 承载构件用玻璃纤维增强非饱和聚酯树脂和苯甲酰甲基树脂制层压塑料(GF-UP、GF-PHA).第1部分:结构、制造和特Laminates of textile glass-reinforcedunsaturated polyester and phenacrylicresins for load-bearing structuralmembers (GF-UP, GF-PHA); structure,manufacture and characteristicsDIN18820-2-1991 承载构件用玻璃纤维增强式非饱和聚酯和苯酚树脂制层压塑料(GF-UP.GF-PHA).第2部分:标准层压塑料的物理参数Laminates of textile glass-reinforcedunsaturared polyester and phenolicresins for load-bearing structuralmembers (GF-UP, GF-PHA); physicalparameters for standard laminatesDIN18820-3-1991 承载构件用玻璃纤维增强非饱和聚酯树脂和苯甲酰甲基树脂制层压塑料(GF-UP、GF-PHA).第3部分:承载层压塑料的Laminates of textile glass-reinforcedunsaturated polyester and phenacrylicresins for load-bearing structuralmembers (GF-UP, GF-PHA);protective measures for load-bearinglaminatesDIN18820-4-1991 承载构件用玻璃纤维增强非饱和聚脂树酯和苯甲酰甲基树脂制层压塑料(GF-UP、GF-PHA).第4部分:试验和质量控制Laminates of textile glass-reinforcedunsaturated polyester and phenacrylicresins for load-bearing structuralmembers (GF-UP, GF-PHA); tests andquality controlDIN19850-1-1996 污水管道用纤维水泥管和配件件.第1部分:管,支管和弯头尺寸Fibre cement pipes and fittings forsewers - Part 1: Dimensions of pipes,branches and bendsDIN19850-2-1996 纤维水泥污水管和接头.第2部分:接头尺寸Fibre cement pipes and fittings forsewers - Part 2: Dimensions of jointsDIN 2103-1993 办公室机器.油墨带.纺织纤维油墨带Office machines; inked ribbons; wovenfabric ribbonsDIN 28018-2006 玻璃纤维衬钢的压力容器.设备用0.063-10立方米的生产设备用容器Pressure vessels, glass lined steel -Vessels for production plants 0,063m<(hoch)3> up to 10 m<(hoch)3>DIN 28019-2006 玻璃纤维衬钢的压力容器.12.5-125立方米的储存用容器Pressure vessels, glass lined steel -Vessels for storage 12,5 m<(hoch)3>up to 125 m<(hoch)3>DIN28091-2-1995 密封板的交货技术条件.第2部分:纤维基密封材料.要求和试验Technical delivery conditions forgasket sheets - Part 2: Fibre-basedgasket materials (FA); requirementsand testingDIN28136-11-1989 搅拌器.第11部分:玻璃纤维衬里的CE 型公称容量为4000 升更换用刚制搅拌器顶盖喷嘴的位置和尺寸Agitator vessels; position and sizes ofcover nozzles for glass lined steelagitator vessels, type CE, with anominal volume of 4000 litres forreplacement purposesDIN28145-6-1979 玻璃纤维衬里搅拌容器用焊接件.第6部分:支架Parts welded to glass lined agitatorvessels; bracketDIN 29505-1987 航空航天.纤维增强的塑料构件.图纸和零件清单的说明Aerospace; components of fibrereinforced plastics; indications indrawings and parts listsDIN 29965-1992 航空航天.碳纤维.碳纤维素长丝纱.技术规范Aerospace; carbon fibres; carbon fibrefilament yarns; technical specificationDIN 29971-1991 航空航天.不定向碳纤维环氧树脂薄板和预浸渍带.技术规范Aerospace; unidirectional carbonfibre-epoxy sheet and tape prepreg;technical specificationDIN 3068-1972 钢丝绳.6×24标准加7纤维芯的圆形绞股钢丝绳Steel wire ropes; round strand rope 6 ×24 Standard + 7 fibre coresDIN3535-5-1993 煤气供气密封件:煤气管件和煤气设备用橡胶、软木和合成纤维制密封材料.安全性试验要求Sealants for gas supply; sealingmaterials of rubber, cork and syntheticfibres for gas armatures and gasappliances; safety requirements, testsDIN3535-6-1999 供气用密封垫.第6部分:气阀、煤气设备和煤气主管道用基于合成纤维、石墨或聚四氟乙烯的密封垫材料Gaskets for gas supply - Part 6: Gasketmaterials based on synthetic fibres,graphite or polytetrafluoroethylen(PTFE) for gas valves, gas appliancesand gas mainsDIN40604-1-1965 硬化纤维.第1部分:板材、薄板材、条材、带材Vulcanized Fibre; Panels (Sheets),Sheeting, Strips, TapesDIN40604-2-1967硬化纤维.第1部分:管材和棒材Vulcanized fibre; tubes and rodsDIN40763-1-1988 镍镉蓄电池.带纤维结构板的电池.塑料容器电池.标称容量、主要尺寸Nickel-cadmium-batteries; cells withfibre structured plates; cells in plasticcontainers; nominal capacities, maindimensionsDIN40763-2-1990 镍镉蓄电池.带纤维结构板的电池.塑料容器电池.放电电流、最终放电电压、放电时间Nickel-cadmium batteries; cells withfibre structured plates; cells in plasticcontainers; discharge current, finaldischarge voltages, discharge timeDIN4102-17-1990 建筑材料和构件的防火性能.第17部分:矿物纤维绝缘材料熔点的测定.概念、要求和检验Fire behaviour of building materialsand elements; determination of meltingpoint of mineral fibre insulatingmaterials; concepts, requirements andtestingDIN 4195-1976 筛底.丝或化学纤维纺织布.尺寸Screening surfaces; woven filament cloth of silk or man-made fibers, dimensionsDIN 52141-1980 用做屋顶和防水板防护层的玻璃纤维毛状衬料.定义、名称、要求Glass fibre fleece as layer for roof andwater-proof sheeting; definition,designation, requirementsDIN 52142-1978 卷铺屋面料和防水屋面料的载体材料玻璃纤维网.试验程序Glass fibre mat as carrier material forroll roofing and waterproofing; testproceduresDIN 52187-1979 木材的检验.顺纤维方向的极限剪切强度的测定Testing of wood; determination ofultimate shearing stress parallel tograinDIN 52271-1981 矿物纤维绝缘材料的检验.高温性能Testing of mineral fibre insulatingmaterials; Behaviour at elevatedtemperaturesDIN 52274-1986 矿物纤维绝缘材料检验.断裂强度.垂直于绝缘层面的层间抗拉强度测定Testing of mineral fibre insulatingmaterials; determination ofinterlaminar tensile strengthperpendicular to plane of insulatinglayerDIN52275-2-1978 矿物纤维绝缘材料的检验.测定直线尺寸和体密度.管壳Testing of mineral fibrous insulatingmaterials; determination of lineardimensions and bulk density, casingsDIN 52316-1970 玻璃的检验.连续玻璃纤维长丝粗纱的刚性测定Testing of glass; determination ofstiffness of continuous filament glassfibre rovingsDIN 53133-2006 纸板的试验.测定胶粘合波纹纤维板的耐水性Testing of board - Determination ofwater resistance of glue bond ofcorrugated fibreboardDIN 53178-1969 色漆、清漆和类似涂料的检验.喷漆中硝化纤维含量的测定Testing of paints, varnishes and similarproducts; determination of nitrocellulose content of lacquersDIN 53390-1988 玻璃纤维增强塑料的检验.单向玻璃纤维增强层压塑料圆棒的弯曲试验Testing of glass fibre reinforcedplastics; bending test on unidirectionalglass fibre reinforced laminated plastics in the form of round barsDIN 53393-1976 玻璃纤维增强塑料的检验.受化学制品作用的性能Testing of Textile Glass-reinforcedPlastics; Behaviour to the Effect ofChemicalsDIN53766-1-1991 玻璃纤维增强塑料器具和容器的检验.粘合强度的测定Testing of glass fibre reinforcedplastics apparatus and containers;determination of adhesive strengthDIN53769-1-1988 玻璃纤维增强塑料管道检验.第1部分:B型管道配件纵向剪切强度的测定Testing of glass fibre reinforcedplastics pipes; determination of thelongitudinal shear strength of type Bpipe fittingsDIN53769-2-1986 玻璃纤维增加塑料管道检验.长期静液压试验Testing of glass fibre reinforcedplastics pipes; long-term hydrostaticpressure testDIN53769-3-1988 玻璃纤维增强塑料管试验.管子短时间和长时间最大压力试验Testing of glass fibre reinforcedplastics pipes; determination of initialand long-term ring stiffnessDIN53769-6-1989 玻璃纤维增强塑料管道检验.第6部分:受内压脉动作用的管道和配件Testing of glass fibre reinforcedplastics pipes; Testing of pipes andfittings under pulsating internalpressureDIN 53805-1980 纺织品的试验.短纤维长度的测定.术语和一般原则Testing of textiles; determination of thelength of staple fibres; terminologyand general principlesDIN 53806-1970 纺织品的试验.根据精梳纤维长度测量方法测定棉纤维长度Testing of textiles; determination offibre length of cotton according to thecomb staple methodDIN53808-1-2003 纺织品的检验.用单纤维测量法测定纤维长度Testing of textiles - Determination oflength of fibres by measuring ofindividual fibresDIN 53811-1970 纺织品的试验.从显微投影的纵视图中测定纤维的直径Testing of textiles; determination of thediameter of fibres from longitudinalview by microscope projectionDIN 53814-1974 纺织品的检验.纤维和纱段吸湿能力的测定Testing of textiles; determination ofwater retention power of fibres andyarn cuttingsDIN53830-4-1981 纺织品的检验.单根纱线和合股线的线密度的测定.弹性纱线.包括由弹性纤维纺成的包芯纱线.用分段法Testing of textiles; determination oflinear density of single and plied yarns;elasto-yarns including core spun yarnsfrom elastofibres; short length methodDIN53843-2-1988 纺织品的检验.第2部分:纺织纤维的环状拉力试验Testing of textiles; loop tensile test forstaple fibresDIN 纺织品试验.纤维转移倾向的测定.转Testing of textiles - Determination of53865-1998 筒缩绒法fibre migration tendency -Tumble-methodDIN 53941-1983 纺织品的检验.棉纤维马克隆尼值(Micronaire-Wert)的测定Testing of textiles; determination ofmicronaire value of cotton fibresDIN53943-1-1986 纺织品检验.棉纤维的成熟期.第1部分:概念Testing of textiles; cotton fibrematurity; conceptsDIN53943-2-1978 纺织品的检验.第2部分:通过苛性钠溶液的膨胀处理并采用显观法对棉纤维的成熟度的测定Testing of textiles; state of maturity ofcotton fibres, microscopic method,swelling in caustic soda solutionDIN53943-3-1983 纺织品的试验.棉纤维的成熟情况.百分比成熟度的测定.用偏光显微镜的显微镜检验法Testing of textiles; cotton fibrematurity; determination of the percentmaturity; microscopic method using apolarisation microscopeDIN 53944-1993 纺织品的试验.棉纤维计量长度和均匀度的测定Testing of textiles; determination ofgauge length and eveness of cottonDIN 54200-1974 纺织品的检验.用溶解法测定纤维混纺成分的定量测定.原理及应用范围Testing of textiles; quantitativeanalysis of fibre mixtures by means ofsolvent method, basis and field ofapplicationDIN 54201-1975 纺织品的检验.纤维混纺织物的定量分析,一般操作方法Testing of textiles; quantitativeanalysis of fibre mixtures, directionsfor the workDIN 54204-1975 纺织品的检验.羊毛和其它纤维二元混合织物的定量分析.氢氧化钾溶液法Testing of textiles; quantitativeanalysis of binary mixtures, wool withother fibres, potassium hydroxidesolution methodDIN 54205-1975 纺织品试验.二元混合物成份的定量分析.天然或再生纤维素纤维与聚酯纤维.硫酸法Testing of textiles; quantitativeanalysis of binary mixtures, natural orregenerated cellulose fibres withpolyester fibres, sulphuric acid methodDIN 54206-1975 纺织品试验.二元混合物成份的定量分析.蛋白质纤维与其它纤维.次氯酸盐法Testing of textiles; quantitativeanalysis of binary mixtures, proteinfibres with other fibres, hypochloritemethodDIN 54208-2001 纺织品的试验.二元混合物的定量分析.含有其它纤维特别是棉花的再生纤维素纤维.甲酸/氯化锌法Testing of textiles - Quantitativeanalysis of binary mixtures -Regenerated cellulose fibres with otherfibres, especially cotton; Formicacid/zinc chloride methodDIN 54210-1975 纺织品的检验..醋酯纤维素纤维与其它纤维二元混合织物的定量分析.丙酮法Testing of textiles; quantitativeanalysis of binary mixtures, acetatefibres with other fibres, acetonemethodDIN 纺织品的检验.三醋酸短纤维与其它Testing of textiles; quantitative54211-1975 纤维二元混合织物的定量分析.二氯甲烷法analysis of binary mixtures, triacetate fibres with other fibres, dichlormethane (methylene chloride) methodDIN 54212-1975 纺织品的检验.酪蛋白纤维与其它纤维二元混合织物进行定量分析.胰蛋白酶法Testing of textiles; quantitativeanalysis of binary mixtures, caseinfibres with other fibres, trypsin methodDIN 54215-1977 纺织品的检验.聚丙烯纤维与其它纤维二元混合物定量分析.混合二甲苯法Testing of textiles; quantitativeanalysis of binary mixtures,polypropylene fibres with other fibres,xylol methodDIN 54216-1975 纺织品的检验.聚氯乙烯纤维与其它纤维二元混合织物的定量分析.二硫化碳/丙酮法Testing of textiles; quantitativeanalysis of binary mixtures, polyvinylchloride fibres with other fibres,carbon disulphide/acetone methodDIN 54217-1975 纺织品的检验.丙烯酸纤维、改良丙烯酸纤维及某些聚氯乙烯纤维与其它纤维二元混合织物的定量分析.二甲基甲酰Testing of textiles; quantitativeanalysis of binary mixtures, acrylic,modacrylic and certain polyvinylchloride fibres with other fibres,dimethyl formamide methodDIN 54218-1975 纺织品的检验.醋酸纤维与聚氯乙烯纤维二元混合物的定量分析.醋酸法Testing of textiles; quantitativeanalysis of binary mixtures, acetatefibres with polyvinyl chloride fibres,acetic acid methodDIN 54220-1975 纺织品的检验.聚酰胺66纤维或聚酰胺6纤维与其它纤维二元混合织物的定量分析.甲酸法Testing of textiles; quantitativeanalysis of binary mixtures, polyamide6 6 or polyamide 6 fibres with otherfibres, formic acid methodDIN 54221-1975 纺织品的检验.聚酰胺66纤维或聚酰胺6纤维与其它纤维二元混合织物的定量分析.盐酸法Testing of textiles; quantitativeanalysis of binary mixtures, polyamide6 6 or polyamide 6 fibres with otherfibres, hydrochloric acid methodDIN54270-1-1976 纺织品的检验.第1部分:纤维素极限粘度测定原则Testing of textiles; determination of thelimit-viscosity of celluloses, principlesDIN54270-2-1977 纺织品的检验.用氢氧化铜乙二氨溶液法测定纤维素的极限粘度Testing of textiles; determination of thelimit-viscosity of celluloses,Cuen-procedureDIN54270-3-1977 纺织品的检验.第3部分:纤维素极限粘度的测定.EWNN<(指数)mod(NaCl)>程序Testing of textiles; determination of thelimit-viscosity of celluloses,EWNN<(Index)mod(NaCl)>-procedureDIN54270-4-1977 纺织品的检验.用硝酸盐法测定纤维素的极限粘度Testing of textiles; determination of thelimit-viscosity of celluloses, nitrateprocedureDIN 54274-1983 纺织品试验.对聚酰胺纤维中氨端基进行定量测Testing of textiles; quantitativeanalysis of amino end groups inpolyamide fibresDIN 54275-1977 纺织品的检验.用外推法测定纤维材料的pH值Testing of textiles; determination of thepH value of fibre materials, method ofextrapolationDIN 54282-1971 纺织品的检验.醋酸纤维或三醋酸纤维中醋酸含量的测定Testing of textiles; determination ofcontent of acetic acid of acetate ortriacetate fibresDIN 54288-1977 纺织品试验.粘胶纤维中硫的定量测定Testing of textiles; quantitativedetermination of sulfur in viscosefibresDIN 54500-2004 纸的检验.与密度相关的纤维及纸的光散射和吸光系数的测定Testing of paper - Determination of thedensity-related light-scattering andabsorption coefficients of paper andfibre materialsDIN 54813-1994 塑料检验.纺织玻璃纤维增强的聚酯树脂塑料的连接试验.用弯曲剪切试验测定断裂负荷Testing of plastics; testing of joints oftextile glass reinforced polyesterresins; determination of the breakingload by the bending shear testDIN55428-1-1998 包装材料.硬质纤维板.第1部分:要求和试验Packaging materials - Solid fibreboard- Part 1: Requirements, testingDIN55428-2-1998 包装材料.硬质纤维板.第2部分:湿强度.要求和试验Packaging materials - Solid fibreboard- Part 2: Wet strength; requirements,testingDIN55429-2-1987 包装.纸板、硬纤维板或波纹板制箱子.尺寸、极限偏差、尺寸检验Packaging; boxes manufactured fromboard, solid fibre-board or corrugatedboard; dimensions, limit deviations,testing of dimensionsDIN55483-1-1984 包装用橡胶纤维和/或动物纤维.第1部分:要求、检验Rubberized fibre and/or hair forpackaging; requirements, testingDIN55511-1-1984 包装方法.可调整到600mm×400mm、用硬纤维板和波纹板制成的包装箱.带底和折板顶盖的可折叠箱Means of packaging; boxesmanufactured from solid fibre-board orcorrugated board, adjusted to 600 mm400 mm (area module); folding boxeswith bottom and top flapsDIN55511-3-1984 包装方法.可调整到600mm×400mm、用硬纤维板和波纹板制成的包装箱.伸缩式包装箱Means of packaging; boxesmanufactured from solid fibre-board orcorrugated board, adjusted to 600 mm400 mm (area module); telescopeboxesDIN 55952-1981 油漆和清漆的粘合剂.纤维素醚.试验Binders for paints and varnishes;cellulose ethers; testingDIN 油漆和清漆.有机酸纤维素酯.试验Binders for paints and varnishes;55953-1981 cellulose esters of organic acids;testingDIN57441-2-1982 标称电压>1KV系统用有机材料绝缘子试验.带玻璃纤维芯子的户外链式绝缘子的试验(VDE规范)Tests on insulators of organic materialfor systems with nominal voltagesgreater than 1 kV; tests on outdoorcomposite insulators with fibre glasscore [VDE Guide]DIN58140-1-1986纤维光学.术语和符号Fibre optics; terms and symbolsDIN58140-2-1986 纤维光学.纤维光学元件的分类Fibre optics; classification of fibreoptic elementsDIN58141-4-1990 光学纤维元件的检验.光导纤维的直径和厚度的测定Testing of fibre optic elements;determination of diameters andthicknesses of optical fibresDIN58141-5-1993 光纤元件的检验.光导体和图象导体纤维折断率的测定Testing of fibre optic elements;determination of the rate of brokenfibres of light and image conductorsDIN58141-7-1990 光学纤维元件的检验.纤维光缆抗拉载荷的测定Testing of fibre optic elements;determination of tensile load of fibreoptic cablesDIN58141-9-1995 纤维光学元件的检验.第9部分:光学纤维的圆度和同心度偏差的测定Testing of fibre optic elements - Part 9:Determination of deviation of theroundness and the concentricity ofoptical fibresDIN58906-1-2000 止血学.纤维蛋白原浓度测定.第1部分:按测定条款中规定的可凝固的纤维蛋白原的参考测量方法Haemostaseology - Determination offibrinogen concentration - Part 1:Reference measurement procedure forthe determination of clottablefibrinogen as described by ClaussDIN60001-1-2001 纺织纤维.第1部分:天然纤维和字母代码Textile fibres - Part 1: Natural fibresand letter codesDIN60001-2-1990 纺织纤维.第2部分:纤维形状和生产方式Textile fibres; forms of fibres andmanufacturingDIN 60005-2006 纺织吊索.安全.人造纤维一次性单层机织吊索Textile slings - Safety - Disposable flatwoven slings, made of man-madefibresDIN60011-1958亚麻纤维.加工阶段flax fibre; processing phasesDIN 60021-1975 纤维初加工产品和前纺工程产品.术语和定义Products of fibre preparing andpreparatory spinning, terms anddefinitionsDIN 60105-1983 用韧皮纤维纺织法纺制的纱线Yarns produced on bast fibre spinningsystemsDIN 硬纤维纱线Hard fibre yarns60150-1984DIN 60910-1985 纺织纤维和纱线的线性密度.得可萨斯（Tex)体系的换算表Linear densities of textile fibres andyarns; conversion tables for the TexsystemDIN 6141-2000 包装材料.纤维板带盖桶.钢制的底和盖Packaging - Fibreboard drums -Bottom and lid made of steelDIN 61850-1976 纺织玻璃纤维产品和辅助产品.术语和定义Textile glass products and auxiliaryproducts; terms and definitionsDIN61853-1-1987 纺织玻璃纤维.增强塑料用的玻璃纤维毡片.交货技术条件Textile glass; textile glass mats forplastics reinforcement; technicaldelivery conditionsDIN61853-2-1987 纺织玻璃纤维.增强塑料用的玻璃纤维毡片.分类和用途Textile glass; textile glass mats forplastics reinforcement; classificationand applicationDIN61854-1-1987 玻璃纤维织物.塑料增强用的纺织玻璃纤维织物.纺织玻璃长丝织物和纺织粗纱.交货技术条件Textile glass; woven glass fabrics forplastics reinforcement; woven glassfilament fabric and woven roving;technical delivery conditionsDIN61854-2-1987 玻璃纤维织物.塑料增强用的纺织玻璃纤维织物.纺织玻璃长丝织物和纺织粗纱.类型Textile glass; woven glass fabrics forplastics reinforcement; woven glassfilament fabric and woven roving;typesDIN 64165-1977 纺织纤维预梳用的粗梳机.术语、定义和结构原理Carding willow for fibre-preparing;terms and definitions, principles ofconstructionDIN 65060-1991 航空航天.玻璃纤维织物.增强塑料材料用玻璃纤维丝粗纱.技术规范Aerospace; textile glass; textile glassfilament rovings for reinforcement ofplastics; technical specificationDIN 65065-1979 航空航天.纤维增强树脂.技术规范Aerospace; resins for fiber reinforced,technical specificationDIN 65066-1991 航空航天.纺织玻璃纤维.玻璃长丝纱织物.技术规范Aerospace; textile glass; woven glassfilament fabric; technical specificationDIN65067-1-1980 航空航天.具有纤维增强塑料覆盖层(FK)的夹层结构.技术规范Aerospace; sandwich structures withtop layers of fibre reinforced plastics,technical specificationDIN65071-1-1992 航空和航天.纤维增强模塑材料.单向缠绕的纱和粗纱试验板的制备Aerospace; fibre reinforced mouldingmaterials; preparation of test panels ofunidirectional wound yarns androvingsDIN65071-2-1992 航空航天.纤维增强模塑材料.平面增强织物试验板的制备Aerospace; fibre reinforced mouldingmaterials; preparation of test panels ofplain reinforcing fibre productsDIN65071-3-1993 航空和航天.纤维增强模塑材料.蜂窝状预浸渍夹层试验板的制备Aerospace; fibre reinforced mouldingmaterials; preparation ofhoneycomb/prepreg sandwich test panelsDIN 65090-1979 航空航天.用E型玻璃制成的玻璃纤维和预浸玻璃长丝织物(预浸渍体).技术规范条件Aerospace; textile glass,preimpregnated filament glass clothfrom E-glass (Prepreg), technicalspecificationsDIN 65116-1980 航空和航天.硼纤维增强的模塑材料.层压试件的制备Aerospace; boron fibre reinforcedmouldings, preparation of testlaminatesDIN 65117-1980 航空和航天.预浸渍单向硼纤维层(BFK-浸渍体)，尺寸、质量Aerospace; preimpregnatedunidirectional boron fibres(BFK-prepreg), dimensions, massesDIN 65142-1989 航空航天.预浸渍的纤维薄板和纤维带(预浸渍的).粘接强度的测定Aerospace; preimpregnated fibre sheetand tape (prepreg); determination ofbond strengthDIN65146-2-1991 航空航天.预浸渍的碳纤维长丝织物和环氧树脂.技术规范Aerospace; preimpregnated wovenfabric of carbon filament yarn andepoxy resin; technical specificationDIN65147-1-1987 航空航天.碳素纤维.碳素纤维长丝织物.尺寸、质量Aerospace; carbon fibres; fabric ofcarbon fibre filament yarn;dimensions, massesDIN65147-2-1987 航空航天.碳纤维.碳纤维长丝织物.技术规范Aerospace; carbon fibres; fabric ofcarbon fibre filament yarn; technicalspecificationDIN 65148-1986 航空航天.纤维增强塑料的试验.用拉伸试验测定中层间的抗剪强度Aerospace; testing of fibre-reinforcedplastics; determination of interlaminarshear strength by tenside testDIN 65184-1993 航空航天.碳纤维.高性能碳纤维素长丝纱.尺寸和质量Aerospace; carbon fibres; highperformance carbon fibre filamentyarns; dimensions, massesDIN 65375-1989 航空航天.纤维增强的塑料.单向层压板的试验.与纤维方向垂直的压力试验Aerospace; fiber reinforced plastics;testing of unidirectional laminates;compression test transverse to fiberdirectionDIN 65378-1989 航空航天.纤维增强的塑料.单向层压板的检验.与纤维方向垂直的拉伸试验Aerospace; fiber reinforced plastics;testing of unidirectional laminates;tensile test transverse to fiber directionDIN 65382-1988 航空航天.塑料用加强纤维.浸渍纱线试样的拉力试验Aerospace; reinforcement fibres forplastics; tensile test of impregnatedyarn test specimensDIN 65383-1997 航空航天.结构用热固环氧树脂纺织玻璃纤维长丝织物预浸渍品.技术规范Aerospace - Thermosetting epoxywoven glass filament fabricpreimpregnated for structuralapplications - Technical specificationDIN 65453-1993 航空航天.碳纤维和双马来酰亚胺树脂或聚酰亚胺树脂制的预浸渍不定向薄板材Aerospace; preimpregnatedunidirectional sheet of carbon fibresand bismaleinimide- or polyimideresin; technical specificationDIN 65466-1996 航空航天.纤维增强塑料.单向层压制品试验.拉伸剪切强度和剪切模数测定Aerospace - Fibre reinforced plastics -Testing of unidirectional laminates;Determination of shear strength andshear modulus in tensionDIN 65469-1992 航空航天.纤维增强的塑料.单层扁平拉伸样件的拉伸试验Aerospace; fibre-reinforced plastics;tensile test of monolayer flat tensionspecimensDIN 65474-1992 航空航天.纤维增强的塑料.温度锋值试验方法Aerospace; fibre reinforced plastics;thermal-spike test methodDIN 65559-1991 航空航天.纤维增强的塑料.多向层压板的试验.缺口孔抗拉强度的测定Aerospace; fibre reinforced plastics;testing of multidirectional laminates;determination of open-hole tensilestrengthDIN 65560-1991 航空航天.纤维增强的塑料.多向层压板的试验.已填充孔抗压强度的测定Aerospace; fibre reinforced plastics;testing of multidirectional laminates;determination of filled-holecompressive strengthDIN 65561-1991 航空航天.纤维增强的塑料.多向层压板的试验.冲击试验负荷后抗压强度的测定Aerospace; fibre reinforced plastics;testing of multidirectional laminates;determination of compressive strengthafter impact testDIN 65562-1991 航空航天.纤维增强的塑料.多向层压板的试验.支承强度的测定Aerospace; fibre reinforced plastics;testing of multidirectional laminates;determination of bearing strengthDIN 65564-1992 航空航天.增强纤维.用HPLC法对碳素长丝纱、织物和短切原丝的浆成份进行定性测定Aerospace; reinforcement fibres;qualitative determination of sizeconstituents of carbon filament yarns,woven fabrics and chopped strands byHPLCDIN 65565-1992 航空航天.增强纤维.用红外分光法对碳素长丝纱、织物和短切原丝的浆类型进行定性试验Aerospace; reinforcement fibres;qualitative testing of size type ofcarbon filament yarns, woven fabricsand chopped strands by infraredspectroscopyDIN 65566-1992 航空航天.增强纤维.碳素长丝纱、织物和短切原丝的浆含量的测定Aerospace; reinforcement fibres;determination of size content of carbonfilament yarns, woven fabrics andchopped strandsDIN 65567-1992 航空航天.增强纤维.芳族聚酰胺长丝纱,织物和短切原丝的整理剂含量的Aerospace; reinforcement fibres;determination of finish content of。

ICS 25.220.20; 77.150.10Anodisch oxidierte Erzeugnisse aus Aluminium und Aluminium-Knetlegierungen – Technische Lieferbedingungen In keeping with current practice in standards published by the International Organization for Standardization (ISO), a comma has been used throughout as the decimal marker.Ref.No.DIN 17611:2000-12English price group 07Sales No.010703.03DEUTSCHE NORM December 200017611{©No part of this translation may be reproduced without the prior permission ofDIN Deutsches Institut für Normung e.V., Berlin. Beuth Verlag GmbH , 10772Berlin, Germany,has the exclusive right of sale for German Standards (DIN-Normen).Translation by DIN-Sprachendienst.In case of doubt, the German-language original should be consulted as the authoritative text.Anodized wrought aluminium and aluminiumalloy semi-finished productsTechnical delivery conditionsContinued on pages 2 to 6.ForewordThis standard has been prepared by Technical Committee Anodisch oxidiertes Aluminium of the Normen-ausschuss Nichteisenmetalle (Nonferrous Metals Standards Committee).AmendmentsThis standard differs from the June 1985 edition as follows:a)the scope has been extended to include products with a coating thickness less than 10µm or greater than 20µm;b)table 1 now includes treatment methods E7 and E8;c)cold sealing has now been included as a sealing method (cf. subclause 5.4);d)the coating thickness classification has been completely revised (cf. table 2);e)the standard has been editorially revised and the references updated.Previous editionsDIN V 17611: 1964-05, 1981-12; DIN 17611: 1969-06, 1985-06; DIN 17612: 1969-06.Supersedes June 1985 edition.ContentsPageForeword . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11Scope . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22Normative references . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Quality . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Designing products for anodizing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35Anodizing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58Batching and scope of testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69Transport, storage and assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6Page2DIN17611:2000-121ScopeThis standard specifies the technical delivery conditions for anodized wrought aluminium and aluminium alloy products used in the metalworking industry. Anodizing creates an oxide coating on the surface of aluminium, protecting it more effectively from corrosion, and making durable decorative effects produced using a treatment as in table1.For the purposes of this standard, semi-finished aluminium products are sheet, plate or strip as in DIN EN485-1, cold drawn rod, bars and tube as in DIN EN754-1, extruded rod, bars, tube and profiles as in DIN EN755-1 and extruded precision profiles as in DIN EN12021-1.This standard does not cover products with coatings produced by hard anodizing or batch or coil anodizing, or products worked after anodizing.2Normative referencesThis standard incorporates, by dated or undated reference, provisions from other publications. These norma-tive references are cited at the appropriate places in the text, and the titles of the publications are listed below. For dated references, subsequent amendments to or revisions of any of these publications apply to this standard only when incorporated in it by amendment or revision. For undated references, the latest edition of the publication referred to applies.DIN EN485-1Aluminium and aluminium alloy sheet, strip and plate – Technical delivery conditions DIN EN573-3Chemical composition and form of aluminium and aluminium alloy wrought products –Chemical compositionDIN EN754-1Aluminium and aluminium alloy cold drawn rod/bar and tube – Part1: Technical conditions for inspection and deliveryDIN EN755-1Aluminium and aluminium alloy extruded rod/bar, tube and profiles – Part1: Technical conditions for inspection and deliveryDIN EN12020-1Aluminium and aluminium alloys – Extruded precision profiles in alloys EN AW-6060 and EN AW-6063 – Part1: Technical conditions for inspection and deliveryDIN EN12373-4Aluminium and aluminium alloys – Anodizing – Part4: Estimation of loss of absorptive power of anodic oxidation coatings of sealing by dye spot test with prior acid treatment DIN EN12373-5Aluminium and aluminium alloys – Anodizing – Part5: Assessment of quality of sealed anodic oxidation coatings by measurement of admittanceDIN EN12373-7Aluminium and aluminium alloys – Anodizing – Part7: Assessment of quality of sealed anodic oxidation coatings by measurement of the loss of mass after immersion in phospho-ric acid/chromic acid solution with prior acid treatmentDIN EN ISO1463Metallic and oxide coatings – Measurement of coating thickness by the microscopical methodDIN EN ISO2360Non-conductive coatings on non-magnetic basis metals – Measurement of coating thick-ness by the eddy current method (ISO 2360:1982)Aluminium-Merkblatt (Aluminium Instruction sheet) O 4Anodisch oxidiertes Aluminium für dekorative Zwecke (Anodized aluminium for decorative purposes)*)3Quality3.1Anodizing qualitySemi-finished products of anodizing quality shall be supplied when a decorative finish after anodizing is required.Sections which are to be joined to form a single surface after anodizing should be taken from the same batch to avoid variations in the subsequent finish.Suitable materials for anodizing are grades EN AW-A l Mg1, EN AW-A l Mg1,5, EN AW-A l Mg31), EN AW-A l MgSi, EN AW-A l 99,8(A) and EN AW-A l 99,5 as specified in DIN EN573-3.The surface appearance of products shall be in accordance with the technical delivery conditions given in the relevant standards (see clause 1).The intended surface treatment (see table 1) and the anodizing method to be used (see subclause 5.3) shall be stated when ordering.*)Obtainable from Aluminium-Zentrale e.V., Postfach 10 12 62, 40003 Düsseldorf, Germany.1)Grade EN AW-A l Mg3 is not recommended for electrolytic coloration (two-stage process).Page 3DIN17611:2000-12Example of ordering details:Profile DIN EN12020-1 AW-A l MgSi-T6-EQ-E6/C-33The designation of a semi-finished product shall be in accordance with the appropriate standard, and shall also include the intended surface treatment as in table 1.lSheet DIN EN 485-1 AW-A Mg2 – H18 – EQ – E6/C Name of productStandard numberMaterial designation (grade)TemperMaterial quality (anodizing quality)Pretreatment and colour(e.g. C-33, medium bronze; see Aluminium-Merkblatt O4)3.2Standard qualityStandard grade semi-finished products are also suitable for anodizing, but not for surfaces with decorative finishes, even after pre-treatment as in table 1.4Designing products for anodizingThe appropriate design for anodic oxidation is essential for a surface which is to receive a decorative finish. Account should be taken of contact points, excess widths and lengths, and of drainage holes in hollow sections. Welds and extrusion seams may be visible after anodizing.Contact points are a result of the manufacturing process and cannot therefore be avoided. Their location on visible surfaces shall be agreed upon by customer and producer.5Anodizing5.1MaterialThe material and temper of components supplied shall be made known to the works carrying out the surface treatment.5.2PretreatmentMechanical or chemical pretreatment is carried out to prepare the surface of components for anodic oxidation, and to produce particular surface effects. The type of treatment shall be denoted using the symbols given in table 1.Because of unavoidable technical variation, the same treatment may result in different surface effects. The customer and the works carrying out the treatment shall agree on the appearance required for rolled and extruded semi-finished products or components made from them. If products are required for the purposes of comparison, the range of variation shall be defined by at least two limiting samples.Page4DIN17611:2000-12Table1:Notation system for surface pretreatmentSymbolType ofExplanatory notes pretreatmentE0Degreasing and Surfaces are degreased and deoxidized before anodizing, leaving any faults deoxidation such as indentations and scratches visible. Corrosion spots which werealmost invisible before treatment may become more apparent.E1Grinding Grinding produces a relatively uniform, but dull surface. The processremoves most surface defects but coarse abrasives may leave marks.E2Brushing Mechanical brushing produces a uniformly shiny surface with visible brushmarks, and only partly removes surface defects.E3Polishing Mechanical polishing produces a smooth and shiny surface, and onlypartly removes surface defects.E4Grinding and Grinding and brushing produce a uniformly shiny surface and remove brushing surface defects and corrosion spots (unlike treatments E0 and E6).E5Grinding and Grinding and polishing produce a smooth and shiny surface and surface polishing defects are removed, as are corrosion spots still visible after treatments E0and E6.E6Pickling Treatment in special pickling solutions after degreasing produces a satinor matt surface. Surface defects are reduced but not removed, andcorrosion spots may become visible. This can be prevented by furthertreatment before pickling, but it is advisable to treat and store the materialso that corrosion cannot occur.E7Chemical or After degreasing the surface using steam or a non-corrosive cleaning electrochemical agent, the surface is given a mirror finish in a special chemical orburnishing electroplating bath. Surface defects are only slightly reduced, andcorrosion spots may become visible.E8Polishing and Grinding and polishing are followed by chemical or electrochemical chemical or burnishing, producing a mirror finish. Surface defects and early corrosionelectrochemical spots are generally removed.burnishingNote:Treatment E0 removes the natural oxide coating, leaving the metal largely intact. All other methods involve considerable metal removal.5.3Anodizing processAnodized aluminium may be left its natural colour or coloured using a method such as adsorptive coloration, electrolytic coloration, integral coloration, combined coloration methods and interference coloration. The cus-tomer and supplier shall agree on the procedures to be used for anodizing and coloration, but details shall be left to the supplier.Some specifications and details of anodization and coloration procedures are given in Aluminium-Merkblatt O 4.5.4SealingSealing is necessary for oxide coatings produced by anodizing. Sealing shall preferably be carried out in demineralized water boiling at over 96°C or in steam for three minutes per 1µm of coating.Sealing deposits which could impair the decorative appearance of visible surfaces shall either be prevented by additives to the bath, or subsequently removed.Cold impregnation using nickel fluoride or cobalt fluoride may be used, provided it is followed by treatment in water at over 60°C for one minute per 1µm of coating.6Requirements6.1Thickness of anodic coatingsThe minimum thickness of anodic coatings shall be as in table 2.Page 5DIN17611:2000-12 Table2:Minimum thickness of anodic coatingsCoating classMinimum coatingLocation and environmental influences thickness1)2), in µm1010Inside, dry1515Inside, occasionally wetOutside, rural location with no air pollution (low SO2 levels fromdomestic and industrial heating)2020Outside, urban or industrial location (SO2from combustion and industrial gases)25253)Especially aggressive atmosphere (such as a combination of coastal and industrial influences)1)The coating thickness in grooves may be less, because of their geometry and the wettability of the productsurface.2)In exceptional cases, for which other requirements apply, coating thicknesses of 5µm or less can beproduced.3)Coating thicknesses should not be greater than 30µm, when they become less stable.6.2Quality of anodic coatingAnodizing and sealing shall be carried out so that the coating fulfils the requirements when tested as in clause7.6.3Surface appearanceThe customer and supplier shall agree on any specifications regarding decorative appearance, gloss, colour and saturation of anodized semi-finished products, preferably using colour samples for each type of product. Slight variations in shade due to differences in material and the production process are unavoidable.The decorative appearance of components shall be assessed by viewing them using diffuse daylight from the following distances, at right angles to the visible surface:–components to be used outside at ground level: 3 m;–components to be used outside on upper floors: 5 m;–components to be used inside: 2 m;–comparison with colour samples: no more than 1 m.Other viewing distances shall be agreed between customer and supplier.If the decorative appearance of anodized components is to be assessed after installation, they shall be cleaned before inspection.7Testing7.1Measuring the coating thicknessThe scope of testing shall be as in table 3, using one of the methods described in subclauses 7.1.1 and 7.1.2.7.1.1Measuring the coating thickness using eddy current equipment as in DIN EN ISO2360Eddy-current testing is particularly suited to flat surfaces. The thickness of the coating on the visible surface shall be measured to an accuracy of 0,2µm three to five times at each of at least five points, 0,5cm2 in area, and the mean of the measurements for each point determined.7.1.2Measuring the coating thickness at a section, using a microscope, as in DIN EN ISO1463The microscopical method requires the destruction of the component. The thickness of the coating on the visible surface shall be measured to an accuracy of 0,8µm at two points at least 800 mm apart.7.2Determining coating quality7.2.1Measuring admittance as in DIN EN12373-5Measurement of admittance shall be made within 48 hours of sealing for a coating thickness of 20µm. It shall not exceed 20µS for uncoloured coatings. In the case of coloured or dyed coatings, a different admittance may apply.Page6DIN17611:2000-127.2.2Dye spot test as in DIN EN12373-4The dye spot test is only suitable for undyed anodic coatings. Sealing shall be deemed satisfactory if the intensity of the stain corresponds to grades 0 to 2 on the scale given in the annex to DIN EN12373-4.7.2.3Determining loss of mass as in DIN EN12373-7The loss of mass shall be determined using the phosphoric-chromic acid method and shall not exceed 30mg/dm2.8Batching and scope of testing8.1LotA lot shall comprise the anodized components presented simultaneously for acceptance inspection, irrespec-tive of their composition, as delivered condition, cross section or length. Components which have been treated by different anodizing processes shall not be batched together for testing.8.2Scope of testingThe scope of testing for determining the coating thickness (cf. subclause 7.1) shall be as set out in table 3. The scope of other testing (cf. subclause 7.2) shall be agreed when the order is placed.Table3:Number of test pieces for determining coating thicknessNumber of units Number of components Permissible numberin lot to be tested of failed test pieces1)1 to 10All011 to 200101201 to 300151301 to 500202501 to 8003031)Number of test pieces with a coating thickness of between 80% and 100% of the minimumcoating thickness as specified in table 2. No test piece shall have a coating thickness lessthan 80% of the minimum.9Transport, storage and assemblyAnodized components and those which are to be anodized shall be transported and stored in such a way that they remain undamaged. Additional arrangements for protecting semi-finished products and components during transport, in storage and during assembly shall be agreed between supplier and customer.。

91.04 合同号：0008第2页 DIN 71683 关于线性和角度尺寸的一般公差 3.1 线性尺寸表1. 关于线性尺寸，外半径和斜边高度极限(斜度)的上下偏差公差等级关于名义尺寸(mm)范围的偏差(mm )0.51) 到 3 大于 3 到 6 大于 6 到 30 大于 30 到 120 大于 120 到 400 大于 400 到 1000 大于 1000 到 2000 大于 2000 到 4000 大于 4000 到 8000大于 8000 到 12000 大于 12000 到 16000 大于 16000 到 20000 f (精密) ±0.05 ±0.05 ±0.1 ±0.15 ±0.2 ±0.3 ±0.5 ±0.8 - - - m (中等) ±0.1 ±0.1 ±0.2 ±0.3 ±0.5 ±0.8 ±1.2 ±2 ±3 ±4 ±5 ±6 g (粗糙) ±0.15 ±0.2 ±0.5 ±0.8 ±1.2 ±2 ±3 ±4 ±5 ±6 ±7 ±8 sg (最粗) - ±0.5 ±1 ±1.5 ±2 ±3 ±4 ±6 ±8 ±10±12±121) 在名义尺寸小于0.5mm 情况下，在名义尺寸处直接标注偏差。

表2. 关于半径R(示例参见插图1)和斜边高度h(斜度)(参见图2的例子)的上下偏差表3. 关于角度尺寸的上下偏差公差等级 关于短边名义尺寸范围角度单元中的偏差，mm大于10 大于10 到50 大于50 到120 大于120到400大于400公差等级关于名义尺寸(mm)范围的偏差，mm f (精密)±1º ±30′ ±20′ ±10′ ±5′ m (中等)0.51) 到3大于3 到 6 大于6 到 30 大于30 到 120 大于120 到 400g (粗糙) ±1º30′ ±50′ ±25′ ±15′ ±10′ sg (最粗)±3º±2º±1º ±30′ ±20′f (精密)±0.2 ±0.5 ±1 ±2 ±44 形状和位置的一般公差4.1 按照DIN ISO 8015规定公差的原则当图纸包含提示“公差按ISO 8015的规定”的时候，应用DIN ISO 8015规定公差原则所确定的一般公差。

DIN1687-1 版本：1980年10月砂型铸造制造的重金属合金的粗造铸造总公差和机加工余量（仅用于代替）摘要说明：总公差,机加工余量,铸造,重金属合金.尺寸单位:毫米1. 应用范围和领域该标准说明通过砂型铸造制造的重金属合金的粗造铸造的总公差和机加工余量.该标准的用户应注意它仅适用于修理和代替的铸造.新的设计在ISO8062:1994中论及.由于经验资料的缺乏,角度尺寸的总公差在这儿没有详述.如果角度符合精度要求,这些应被作为个别公差标示.2. 标准资料参考DIN 1680-1 粗糙铸造—总公差和机加工余量DIN 1680-2 粗糙铸造—总公差体制DIN 7182-1 尺寸,偏差,公差和适合性—基本概念ISO 8062:1994 铸造—尺寸公差和加工余量的体制.3. 概念对于术语“总公差”和“公差等级”参考DIN 7182-1和DIN 1680-1, 机加工余量的定义参考DIN1680-1.4. 公差等级4.1尺寸偏差对于重合金的粗糙铸造,尺寸偏差主要取决于a)尺寸误差的类型,在铸造期间小心决定,且铸造使用的设备基于批量大小.b)分界线的位置(例如:尺寸是否被模子影响,比较DIN 1680-1)c)名义尺寸.4.2 公差等级的应用允许的范围偏差应在表1中给出的公差等级的基础上指定,长度尺寸和厚度指定相同的等级;特殊情况参考DIN 1680-1.4.3 名义尺寸范围名义尺寸范围在表1中描述,每个公差等级基于可靠的测量资料而选择.5. 机加工余量机加工余量BZ是铸造的最大外部尺寸的一个函数且对所有的公差等级是相同的(比较表2);特殊情况参考DIN 1680-1.对于大于350mm的尺寸,机加工余量也许减少在表2中描述的值的一半左右如果关于夹紧面和基准面的类型设备,铸造程序和机加工程序被最优化,例如:对于系列的生产,客户和铸造厂达成协议.被减少的值在表3中描述.6. 名称基于该标准选择的公差等级和机加工余量,等级GTA18公差(GTA18)的名称与3,5(BZ3,5)的机加工余量有关联,例如：应指定如下：公差和机加工余量DIN 1687—GTA 18BZ 3.5关于其它名称的例子参考DIN 1680-1.7. 在现有图上标明总公差如果现有图纸不参考该标准(不再生效)的1962年版本的所指定的公差,在表1中给出的公差等级不再适用.被推荐的适合于正在被讨论的铸造的公差等级在这样的图纸上标注.如果现有的图纸不参考先前的有效的公差组,推荐这些公差转换成当前标准的表1中指定的公差等级.如果这个不可能,允许的范围偏差应在表4和表5中取.表4和表5不符合新的图纸.8. 在现有的图纸上标注机加工余量在该标准中说明的机加工余量仅用于与该标准中条款4和表1相符合的总公差的图纸. 先前的版本DIN 1687-1; 1962-11, 1974-08, 1980-01.修改与1980年10月的版本比较,现在的标准仅适用于用于代换为目的的铸造件.其它相关的标准DIN 1690—金属材料铸造件的技术交货条件---概要DIN 1687 部分4(代替1974年8月版本)重金属合金粗铸件压力铸造机加工余量尺寸单位:毫米1.应用领域该标准说明由压力铸造成型而制造的重金属合金粗铸件的可允许偏差和机加工余量.此规范基于建立在DIN1680部分1和部分2的关于粗铸件总公差的原则,并且适用于在DIN 1690部分1说明的技术交货条件.2.概念术语“总公差”和“误差等级”定义在DIN 7182第1部分中,被应用于DIN 1680第1部分的粗铸件中.术语“机加工余量”定义在DIN 1680第1部分中.关于该标准,重金属合金是基于铜,锌,镍,钛和铅的压力铸造合金.3.误差等级3.1 尺寸偏差影响由压力铸造而生产的重金属合金粗铸件的尺寸偏差的主要因素是:a)压铸件的尺寸和功能误差作为误差等级的一个功能.b)分模线位置的尺寸可以等分成两半且两个或更多个模块的尺寸可组成组合尺寸.(参看DIN第1部分)c)铸件的形状或尺寸,通过体对角线的特征描述.(参看子条款3.3)d)基本尺寸的大小.3.2 精度等级的应用允许公差的规范应基于下列给出的误差等级a)表1和表3列出的低融点重金属合金粗铸件,例如:在DIN 1743部分2和DIN 1742中列出的锌合金,在DIN 1741中列出的铅合金.b)表2和表4列出的高融点重金属合金粗铸件,例如:在DIN 1709中列出的铜-锌合金.3.3体对角线的计算体对角线的值R是铸件的最大范围的一个函数.它通过下列的公式计算(任何给出形状的铸件的棱镜面,基本尺寸:长(l), 宽(b),和高(h) ):R=√l²+b²+h²得到的R值应在与DIN 1333第2部分相符的最附近的整个数字旁用圆圈圈着.4.机加工余量机加工余量BZ是粗铸件的最大外部尺寸的一个函数,对所有的公差等级来说是相同的,除了DIN 1680第1部分给出的情况外;参考表5和表6.5.名称6.a) 总公差应作为没有任何机加工余量的误差等级GTA 14/5标注,名称应是:公差 DIN 1687—GTA 14/57.b) 总公差应作为没有任何机加工余量的误差等级GTA 14/5标注,名称应是:公差 DIN 1687—GTA 14/58.总公差应作为与在当前标准(BZN)说明的机加工余量有关的误差等级GTA 14/5标注,名称应是:公差 DIN 1687—GTA 14/5—BZN9.c) 总公差应作为与在当前标准(BZN)不作说明的机加工公差等级(例如:0.8mm)有关的误差等级GTA 14/5标注,但符合所有的被加工表面(BZ0.8),名称应是:公差 DIN 1687—GTA 14/5—BZ0.8参考标准DIN 1333第2部分DIN 1680第1部分DIN 1680第2部分DIN 1690第1部分DIN 1709DIN 1741DIN 1742DIN 1743第2部分DIN 7182第1部分其它相关标准DIN 1687第1部分DIN 1687第3部分以前的版本DIN 1687第4部分；08.74。